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E. E. Ekstedt has written:
'Clean catalytic combustor program' -- subject- s -: Fuel injection, Aircraft turbine combustor, Catalytic combustor, Low emission combustor
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Due to turbulence of incoming air and/or fuel mass flow perturbations the heat release process will be periodic (Unsteady) so the pressure inside the combustor will fluctuate due to unsteady heat release rate causing broadband noise this noise will match with one or more of the acoustic modes (frequencies) of the combustor, then the humming will occur and if the humming reflected from the combustor boundaries to the flame again it will increase the root source of the problem (flow perturbations) and amplification of the oscillation will take place causing structural vibrations to the combustor walls (acceleration).
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overseer - stompbox
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Thomas James Rosfjord has written:
'Role of fuel chemical properties on combustor radiative heat load'
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P. Sampath has written:
'Investigations on Helmholtz type pulse combustor' -- subject(s): Oscillations, Combustion, Oil burners
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P. S. R. Shedden has written:
'An experimental study of the aerodynamic performance of a double annular combustor system'
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A. R. Ganji has written:
'Turbulence, combustion, pollutant, and stability characterization of a premixed, step combustor' -- subject(s): Combustion, Research
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Not that I know of, i'm looking out for one. But some websites have on how to make models of them, so you give that a go. Or, for one that shoots, get a nurf gun and paint it like the combustor.
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Stephen M. Riddlebaugh has written:
'Small gas turbine combustor study' -- subject(s): Combustion, Aircraft gas-turbines, Fuel pumps
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Atmospheric Fluidized Bed Combustion Boiler (AFBC boiler) is a type of operational boiler. In a AFBC boiler a little more fluidized bed combustor is added than a conventional shell boiler.
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Charles R McClinton has written:
'Interaction between step fuel injectors on opposite walls in a supersonic combustor model' -- subject(s): Injectors, Combustion engineering
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James C McDaniel has written:
'Flowfield measurements in a model scramjet combustor using laser-induced iodine fluorescence' -- subject(s): Jets, Fluid dynamics, Fluorescence
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Dean R. Eklund has written:
'A numerical and experimental study of a supersonic combustor employing swept ramp fuel injectors' -- subject(s): Supersonic combustion ramjet engines
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Some good wood stoves accessories include stove thermometer, fan, ash scoop, catalytic combustor, back draft damper, heat shield, hearth pad and kettle.
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L. E Ryan has written:
'Level 2 chemical analysis of fluidized-bed combustor samples' -- subject(s): Analytic Chemistry, Chemistry, Analytic, Fluidized-bed furnaces
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C. R McClinton has written:
'Evaluation of bulk calorimeter and heat balance for determination of supersonic combustor efficiency' -- subject(s): Combustion, Ramjet engines, Calorimetry, Measurement, Testing, Airplanes
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H. Doyle Thompson has written:
'Hypervelocity scramjet combustor-nozzle, analysis and design' -- subject(s): Airplanes, Jet propulsion
'Laser velocimeter measurements and analysis in turbulent flows with combustion'
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David B Ercegovic has written:
'Effect of swirler-mounted mixing venturi on emissions of flame-tube combustor using Jet A fuel' -- subject(s): Pollution, Aircraft gas-turbines, Air
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EPA idiotic regulations.. Their catalytic combustor
for wood stoves reduced particulate emissions greatly.
It used platinum in the process. EPA thought it was a pollutant.
We're from the government, we're here to help you.
Mr Sotz said, I'm outta here.
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it is advised not to repair nozzles unless it is done by a specialist as these nozzles generate the shape of the flame so as to not burn through the GT combustor housing or disrupt the laminar flow of air in the GT which may lead to excessive vibration and of course catastophic failure
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The PW4000 is made up of modules or build groups and 3 major assemblies.
Build groups/Modules-LPC, Fan Case, HPC, Diffuser/Combustor, Turbine Nozzle, HPT,LPT and Turbine exhaust case
Major Assemblies- Nose cone, Fan blades and LPC/LPT coupling.
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Gas turbine engines, including jet engines, have a capacitor discharge ignition system using one or more ignitor plugs, which are only used at startup or in case the combustor(s) flame goes out.
Ignition system of piston engines use spark plugs, distributor, coil and a battery.
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None. Jet engines don't have cylinders.
While Jet engines don't have cylinders they have combustors (which can also be called combustion chambers). Due to turbulence and other problems early jet engines had multiple small combustors, most modern jet engines have only one large combustor as it is simpler to build. some jets have combustion 'cans' which are cylinders but have no moving parts within
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A Fluidized Bed Combustor (FBC) typically uses sand or limestone as the bed material to fluidize and support the combustion process. The composition of the bed material can vary, but commonly it consists of silica (from sand) or calcium carbonate (from limestone). These materials provide stability and assist in heat transfer during combustion in the FBC.
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According to SOWPODS (the combination of Scrabble dictionaries used around the world) there are 3 words with the pattern C-M-US---. That is, nine letter words with 1st letter C and 3rd letter M and 5th letter U and 6th letter S. In alphabetical order, they are:
campusing
combusted
combustor
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H. Gregory Rigo has written:
'Retrofit of waste-to-energy facilities equipped with electrostatic precipitators' -- subject(s): Acid-forming emissions, Air quality management, Environmental aspects, Environmental aspects of Refuse as fuel, Government policy, Heat exchangers, Incinerators, Municipal services, Recycling (Waste, etc.), Refuse as fuel
'The relationship between chlorine in waste streams and dioxin emissions from waste combustor stacks' -- subject(s): Dioxins, Chlorine, Incineration, Incinerators
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A coolant serves two purposes in any thermal power station (whether nuclear, coal burning, oil burning, gas burning, etc.):
- Keep the energy source (e.g. reactor, combustor) from overheating.
- Carry the energy (usually as steam) from the energy source to the turbines that turn the generators.
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The F101-GE-102 turbofan engine fan blades are made of titanium as well as other metals. Other parts of the engine, compressor, combustor and turbines also contain titanium as well as other metals/ceramics. Metals are combined to achieve the greatest strength, heat resistance and still be as light as possible in order to save on fuel and make the aircraft as light as possible. This applies both to military and civilian engines/aircraft
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A pulse jet engine operates by continuously igniting fuel and air mixtures in a combustor, with the resulting hot gases expanding rapidly and being forced out through a nozzle to create thrust. This process creates pulsating thrust rather than a continuous flow, hence the name "pulse jet." These engines are relatively simple in design but are loud, inefficient, and not commonly used in modern aircraft.
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G. James VanFossen has written:
'Modelling and experimental verification of a water alleviation system for the NASP' -- subject(s): Transmission, Heat
'Preliminary results of a study of the relationship between free stream turbulence and stagnation region heat transfer' -- subject(s): Transmission, Turbulence, Heat
'Measurements of the influence of integral length scale on stagnation region heat transfer' -- subject(s): Transmission, Heat
'Augmentation of stagnation region heat transfer due to turbulence from a DLN can combustor' -- subject(s): Turbulent flow, Heat transfer, Augmentation, Gas turbines, Stagnation point, Isotropic turbulence, Flow distribution
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Axial Turbojet; Air enters the engine and goes through a compressor, increasing the air's pressure and temperature. The air then enters the combustor where it is mixed with fuel and ignited. Next, the hot gas expands and spins the turbine which powers the compressor. Finally, the exhaust passes through a convergent nozzle into the atmosphere, creating a high velocity jet which pushes the aircraft.
Centrifugal Turbojet; Nearly the same as an axial-flow turbojet, the centrifugal-flow turbojet compresses the air by diverting it from the axis of flow. While this type of jet is simpler, lighter and cheaper than axial-flow, it is less efficient and can not handle as high a volume of air. Often a combination of axial and centrifugal compressors are used in modern jets.
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The Turbofan jet engine is the most commonly used engine on a commercial airliner such as a Boeing 747 or a 737. Basically an enormous fan sucks in lots of air, which is then separated into two groups: around 80% goes into the bypass duct, and stays cool, while the small amount that remains goes through the core. In the core, the air is pressurized first in the Low Level Compressor, then pressurized even more in the High Level Compressor. This extremely pressurized air is then forced through the Combustor, where fuel is injected into it and then ignited. This creates very hot air, and is forced through a series of Turbines. After this, the cool air from the bypass duct is mixed with the hot air from the core and is forced out of the Nozzle in an hourglass shape to create thrust. I hope this helps.
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First you need to check with your county codes to see exactly how it should be installed. I know where I grew up you were not allow dry wall the backing had to be some type of stone or brick, you also had to have it off the floor by 6 inches and inside some type of staging area, also made of either tile, stone or brick. The dimensions were also included and there was a safe distance the stove had to be from the wall. The heat of a stove can get extreme and even though sitting from it you wouldn't feel that full effect the drywall will. I think that the drywall itself would dry out even more with the extreme heat. After all it is only paper and chalktype of debris. I would definitely call county. If there is ever a fire and you did not adhere to the county codes your insurance company probably can choose not to compensate for any loss... Err on the side of caution.
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Rockets can reach temperatures of up to 5,000 degrees Fahrenheit (2,760 degrees Celsius) during launch due to the combustion of fuel and the high speeds at which they travel through the atmosphere. The materials used to build rockets, such as specialized heat-resistant ceramics and metals, are designed to withstand these extreme temperatures.
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A gas turbine extracts energy from a flow of hot gas produced by combustion of gas or fuel oil in a stream of compressed air. It has an upstream air compressor (radial or axial flow) mechanically coupled to a downstream turbine and a combustion chamber in between. "Gas turbine" may also refer to just the turbine element. Energy is released when compressed air is mixed with fuel and ignited in the combustor. The resulting gases are directed over the turbine's blades, spinning the turbine, and mechanically powering the compressor. Finally, the gases are passed through a nozzle, generating additional thrust by accelerating the hot exhaust gases by expansion back to atmospheric pressure. Energy is extracted in the form of shaft power, compressed air and thrust, in any combination, and used to power aircraft, trains, ships, electrical generators, and even tanks. A gas turbineextracts energy from a flow of hot gas produced by combustion of gas or fuel oil in a stream of compressed air. It has an upstream air compressor (radial or axial flow) mechanically coupled to a downstream turbine and a combustion chamber in between. "Gas turbine" may also refer to just the turbine element. Energy is released when compressed air is mixed with fuel and ignited in the combustor. The resulting gases are directed over the turbine's blades, spinning the turbine, and mechanically powering the compressor. Finally, the gases are passed through a nozzle, generating additional thrust by accelerating the hot exhaust gases by expansion back to atmospheric pressure. Energy is extracted in the form of shaft power, compressed air and thrust, in any combination, and used to power aircraft, trains, ships, electrical generators, and even tanks.
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it works by how the pilot operates it. Engine start on the top of the head location. the pilot pulls the switch down know as engine ignition. It would start the turbofan and it would be blowing fast
That is completely wrong!! Whoever wrote the above knows nothing about Aerospace Engineering and needs to find something different to do in their lives. The Turbofan jet engine is the most commonly used engine on a commercial airliner such as a Boeing 747 or a 737. Basically an enormous fan sucks in lots of air, which is then separated into two groups: around 80% goes into the bypass duct, and stays cool, while the small amount that remains goes through the core. In the core, the air is pressurized first in the Low Level Compressor, then pressurized even more in the High Level Compressor. This extremely pressurized air is then forced through the Combustor, where fuel is injected into it and then ignited. This creates very hot air, and is forced through a series of Turbines. After this, the cool air from the bypass duct is mixed with the hot air from the core and is forced out of the Nozzle in an hourglass shape to create thrust. This is exactly how a Turbofan Engine works.
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Many business jets, regional commercial aircraft, helicopters, etc. generally thought of as "smaller" aircraft typically utilize a battery and electric start motor similar in concept to the way a car is started. The sequence typically is:
1) Ignitors (e.g. spark plugs) are turned on
2) The electric starter (which is mounted on a gearbox) is turned on
3) Rotational power is transmitted through the gearbox to a tower shaft
4) The tower shaft is connected to a bevel gear on the engine shaft. In a multi-shaft engine the bevel gear rotates the high speed rotating group or high spool.
5) When the high spool reaches 15 to 20% of maximum speed, fuel is scheduled to the combustor.
6) The fuel ignites and begins to add rotational power to the high spool as the hot gases expand through the turbine.
7) As speed increases, the torque supplied by the start system decreases and the torque supplies by the fuel via the turbine increases.
8) The starter generally cuts out when the high spool reaches 50% of maximum rotational speed and the turbine continues to accelerate the rotor until idle speed is reached, concluding the start sequence.
9) Compression system bleeds are open initially and generally stay open throughout the start sequence.
10) High compressor vanes are generally on their closed stop initially and can begin to open as the engine proceeds to idle speed.
The process is similar for larger engines with the battery being replaced by a small gas turbine engine (called and APU or auxiliary power unit) and the electric start motor being replaced by an air turbine starter. They perform the same function as in the above process utilizing pneumatic instead of electric power.
There are other methods of supplying starting power for military engines such as hydraulic (instead of pneumatic) powered systems, explosive cartridge starters, and the very uncommon impulse or impingement of air on turbine blades.
Air can also be cross bleed from other engines when one main engine is already running to power the pneumatic start systems.
In-flight when an engine needs to be restarted and the high spool can reach 15 to 20% rotational speed from inlet air (RAM air), there is no need to employ the starter. There is a defined envelope as to when this process can be used. Cross bleeding is another option of in-flight restarts.
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Wood, canvas, fiberglass, carbon fiber, stainless steel, aluminum, steel, titanium alloy and even rubber have all been used as structural elements in aircraft.
Piston engines are typically made mostly from aluminum and steel by weight with smaller components made from other materials.
Jet engines are made from steel for shafts and bearings, titanium for fan blades, disks and low pressure compressor blades and extensive use of nickel superalloys for the combustor, seals and turbine components. Newer turbofans, like on large airliners, have composite fan blades and composite containment structures to contain engine components in the event of a rotating component failure.
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In its simplest form, * A plane (jet) engine is affixed with a fan at the front of the engine with a shaft that runs right through to the turbine. This enables the fan to abstract cold air and propel it into the next stage of the engine. (cold air accommodates more oxygen making it efficient in the combustion process.)
* As the cold air is drawn into the engine, it is directed into the compressor where the air pressure will radically increase for the combustion process.
* This compressed air is then infiltrated with jet fuel via the wing fuel supply.
* The air fuel mixture is then ignited to commence the combustion process causing the air to dramatically expand in the chamber and in turn creating exhaust gas.
* This increment of energy escapes through the narrow end of the engine (turbine) at high a velocity to create the forward propelling motion.
* The combination of the tilt of the wing (airfoil) and the high speeds of the aircraft induce the lift off the ground. Copyright © 2009 Answers Corporation
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Fairly high, overall.
Seriously, we assume you meant for driving. In California you will be charged with your first DUI if your BAC is .08%. However, if you have a previous conviction, you can be charged with a level as little as .01%. Since that is low enough to be acquired without drinking, it is a good idea to avoid all products with alcohol in them if you have a DUI record.
Comment: In California, 0.08% is called the "discretionary limit". This means that with a BAC reading of less than 0.08% the officer can decide, "at his discretion" if you were impaired or not. At 0.08% and above, he must arrest you for driving under the influence - that decision is no longer his (or hers).
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HOW MUCH WOOD From: http://www.cdc.gov/nasd/docs/d001201-d001300/d001235/d001235.html The following is called the Smithers method for estimating the number of cords of wood to heat a house. A standard cord is a well stacked pile of wood 128 cubic feet in volume, a pile 4 feet by 4 feet by 8 feet. Most people have some way to arrive at the amount of conventional fuel it takes to heat the house for an average year. The Smithers method assumes the following equivalents to one cord of average dry hardwood* (W):
150 gallon No. 2 fuel oil
230 gallon LP gas
21,000 cubic feet natural gas
6,158 kwh electricity
*Dry hardwood is not as commonly sold as green hardwood, which requires about 20 percent more volume to yield equivalent energy to the air dry hardwood. Use the following Energy Efficiency values: Eb Heater Ew Wood Heater 0.65 Oil Furnace 0.10 Fireplace 0.70 Gas Furnace 0.25 Improved Fireplace 1.00 Electric 0.30 Nonairtight Stove 0.65 LP Gas 0.50 Airtight Stove 0.60 Wood Furnace 0.65 Airtight Stove with Catalytic Combustor The Smithers method equation is: Cords = B x E b
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W x E w Where B = units of conventional fuel consumed per year. Example 1: Assume you are considering purchase of a wood furnace and your use of No. 2 fuel oil has averaged 500 gallons per year in recent years. How much wood is needed to produce the same quantity of heat if a wood furnace is used? Cords = 500 gal x .65
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150 gal x .60 = 3.6 cords Example 2: Assume you are considering purchase of an airtight stove with catalytic combustor and your use of natural gas has averaged 60,000 cubic feet per year in recent years. How much wood is needed to produce the same quantity of heat if an airtight stove with catalytic combustor is used? Cords = 60,000 cu ft x .70
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21,000 cu ft x .65 = 3.1 cords
FUEL COST COMPARISONS Before considering the following examples, refer to Circular 584 for certain definitions, such as cord, efficiency, BTU, and energy equivalents. Also check for wood characteristics, including weight and heating value per cord of wood species common to South Carolina. I. First, let's compare wood with other fuels, being concerned only with wood that is split and delivered to the house at a specific price. A. Cost per Million Btu's (MBtu) Useful Heat Into the Room:
1) Fuel oil at $1.00 per gallon: There are 140,000 Btus per gallon of fuel oil and oil furnace efficiency equals 0.65: 1,000,000 Btu x $1.00/gal
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140,000 Btu/gal x .65 = $10.99/MBtu Note 1: Fuel oil at any other price is a multiple of this. For example, with fuel oil at $1.50 per gallon, the cost per MBtu = ($10.99/MBtu) x 1.5 = $16.48/MBtu since $1.50 per gallon is 1.5 times the $1.00 per gallon price.
(2) Electricity at $.10/kwh, 3,414 Btu/kwh, and efficiency equals 1.0: 1,000,000 Btu x $.10/kwh
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3,414 Btu/kwh x 1.0 = $29.29/MBtu Note 2: Electricity at any other price is a multiple of this. For example, with electricity at $.08 per kwh, the cost per MBtu = ($29.29/MBtu) x 0.8 = $23.43/MBtu since $.08/ kwh is 0.8 of the $.10/kwh price. (3) Natural gas at $1.00/100 cu ft, 1000 Btu/cu ft, and efficiency equals 0.70: 1,000,000 Btu x $1.00/100 cu ft
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1,000 Btu/cu ft x .70 = $14.29/MBtu Note 3: Natural gas at any other price is a multiple of this. For example, with natural gas at $.70 per 100 cu ft, cost per MBtu = (14.29/MBtu) x 0.7 = $10.00/MBtu since $.70/ 100 cu ft is 0.7 of the $1.00/100 cu ft price. (4) Wood (between green and air dry red oak) at $120/ cord, 19.6 MBtu/cord, and efficiency of airtight stove equals 0.50: 1,000,000 Btu x $120/cord
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19,600,000 Btu/cord x .50 = $12.24 /MB+u Note 4: Wood prices will vary considerable across the state. B. Fuel Quantity /Cost Comparison:
A homeowner is using 700 gallons fuel oil per year and wants to switch to wood heat using an airtight stove and half dry red oak at the above prices. Compare these: (1) 700 gal fuel oil x 140,000 Btu/gal x .65 efficiency = 63.7 MBtu Annual cost = 700 gal x $1.50/gal = $1,050 (2) Wood required = 63.7 MBtu useful heat/season
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19.6 MBtu/cord x .50 eff. = 6.5 cords Annual cost = 6.5 cords x $120/cord = $780 (3) Savings by using wood = $1,050 $780 = $270/ season (4) Wood/fuel oil energy equivalence for these conditions: 700 gal fuel oil = 6.5 cords red oak or 1 cord red oak = 108 gallons fuel oil C. How Much Can You Afford to Pay for Wood Compared to Conventional Fuels When Using an Airtight Stove? (1) Cost/MBtu ¸ cords wood to give MBtu (useful heat into room)
(2) From A.1 above, fuel oil at $1.50/gal $16.48/MBtu; cords/MBtu useful heat = 1 MBtu
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19.6 MBtu/cord x .50 eff. = .102 cord 16.48/MBtu
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.102 cord/MBtu = $161.57/cord (3) Electricity at $.08/kwh = $23.43/MBtu $23.43/MBtu
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.102 cords/MBtu = $229.70/cord (4) Natural gas at $.70/100 cu ft = $10.00/MBtu $10.00/MBtu
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.102 cord/MBtu = $98.04/cord II. Consider the case where you have your own tools for cutting wood and you have a pickup truck to haul it. You have located a good place to cut wood 4 miles from your home at a $25/cord charge for what is taken. The pickup will haul 1/ 2 cord of wood when it is well stacked. You figure you can cut, load, and haul a load in 3 hours and split and stack a load in 2 hours. You plan to cut the season's requirement mentioned above (6.5 cords). Let's figure the annual wood cost: Permit Charge: $25/cord x 6.5 cords = $162.50 Transportation: 8 miles/trip x 13 trips
35 x $.40/mi. (est.) = 41.60 Chain Saw: $35 F.C. + $30 O.C. = 65.00 Other Tools, Personal Protective Equipment: = 25.00 Labor Costs: Cut/haul 3 hr x 11 loads x $5/hr = 65.00 Split/stack 2 hr x 11 loads x $5/hr = 10.00 Total = $569.10 or
$65.67/cord Good points can be made as to why some of these charges should be higher or lower than indicated. For example, some people say they enjoy that type of work and do not feel a labor charge is necessary; on the other hand, some who perform hard physical work during the normal work day would say the labor charge is too low. Also, many people may have wood on their own land or have free access to wood, eliminating that charge. Cost comparisons must be tailored to fit each specific case. III. Another major economic consideration is that of the fixed cost for the wood heater as compared to that for the conventional fuel heater. A simplified comparison is given. Consider the fixed cost for buying and installing an airtight stove to be $2,100. The same heating capacity oil furnace could be purchased and installed for $1,700 at a difference of $400 in investment. Assume the lifetime for each of the heaters to be 15 years when maintained properly. If current interest rates are used and the loss of this interest on the $400 investment difference is added to the $400 difference, the annual saving in fuel cost by using wood would have to exceed about $111 to economically justify the wood stove over the oil furnace. Reference to I.B.(3) indicates the annual savings for using wood to be $270 without considering the investment. If the oil furnace initial cost were more or the wood stove were less, the annual savings by using wood would not have to be as great. On the other hand, if the difference in investment costs between the two furnaces were greater than the $400 illustrated, the annual savings would have to be even greater to economically justify the wood stove. MY FUEL USE COMPARISONS: Current Fuel Type____________________ Annual Fuel Usage________________________ Wood Equivalent to This: Cords = Annual fuel quantity x E heater
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One cord wood equivalent x E wood heater = ___________________
USEFUL REFERENCES Heat Producing Appliance Clearances. NFPA No. 89M, National Fire Protection Association, 470 Atlantic Avenue, Boston, MA 02210. Chimneys, Fireplaces, and Vents. NFPA No. 211, National Fire Protection Association, 470 Atlantic Avenue, Boston, MA 02210.Heating With Wood. Larry Gay. Garden Way Publishing, Dept. 90731, Charlotte, VT 05445, 128 pp. Planning and Building Your Fireplace. Margaret and Wilbur F. Eastman, Jr. Garden Way Publishing, Dept. 90731, Charlotte, VT 05445, 128 pp. Woodstove Cookery. Jane Cooper. Garden Way Publishing, Dept. 90731, Charlotte, VT 05445, 204 pp.Woodstove Directory. 1986. Communications Press, P. O. Box 4474, Manchester, NH 03108. When Does It Pay To Burn Wood." 1980. Paul Stegmier and L. T. Hendricks. Wood Burning Quarterly - Home Energy Digest. V.4(2):4953. How To Buy the RightSize Wood Stove." 1978. Charles Banker. Wood Burning Quarterly - Home Energy Digest. V.3(1):8188. How Many Cords Are Enough." 1978. Michael Harris. Wood Burning Quarterly - Home Energy Digest. V.2(4):1618.
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Here's the list of words that end with or:
abator. abbreviator. abdicator. abductor. abettor. abhor. abnegator. abominator. abstractor. accelerator. accentor. acceptor. accommodator. accumulator. acquisitor. activator. actor. actuator. adaptor. adductor. adjudicator. adjuror. adjustor. administrator. adulator. adulterator. advisor. advocator. aerator. aggressor. agitator. alastor. algor. alienator. alienor. alleviator. alligator. allocator. alternator. amalgamator. ambassador. ameliorator. anaphor. ancestor. anchor. animator. annihilator. annotator. annunciator. antecessor. anterior. anticipator. antilabor. antipredator. antitumor. apparitor. appellor. applicator. appreciator. appropriator. arbitrator. arbor. ardor. armor. arrestor. articulator. aspersor. aspirator. assassinator. assentor. assertor. assessor. assignor. assimilator. assistor. assuror. attenuator. attestor. attractor. auditor. augmentor. authenticator. author. aviator. avigator. bachelor. backdoor. bailor. baroceptor. baroreceptor. barrator. barretor. beclamor. beglamor. behavior. belabor. beliquor. benefactor. bettor. bevor. bicolor. bioreactor. biosensor. bisector. blackamoor. boardsailor. boor. brachiator. bronchodilator. buccinator. calculator. calibrator. calumniator. camphor. candor. canephor. cantor. capacitor. captivator. captor. carburetor. carburettor. castigator. castor. castrator. caveator. celebrator. censor. chador. chancellor. chantor. chelator. chemoreceptor. chiropractor. chlorinator. circulator. circumnavigator. citator. clamor. clangor. coactor. coadjutor. coanchor. coauthor. coconspirator. cocreator. cocurator. codebtor. codirector. coeditor. coenamor. coexecutor. cofactor. cogenerator. coinventor. coinvestigator. coinvestor. colessor. collaborator. collator. collector. collimator. color. combustor. commemorator. commentator. communicator. commutator. compactor. comparator. compensator. competitor. compositor. comprador. compressor. compurgator. concentrator. conciliator. condemnor. condor. conductor. confabulator. confessor. confiscator. confiteor. conglomerator. congratulator. congregator. conjuror. connector. conqueror. conquistador. consecrator. conservator. consignor. consolidator. conspirator. constrictor. constructor. consultor. consummator. contaminator. contemnor. contemplator. continuator. contractor. contradictor. contributor. convector. convenor. convertor. conveyor. cooperator. coordinator. copastor. coprocessor. coproprietor. cor. corepressor. corporator. corrector. correlator. corridor. corroborator. corruptor. cosponsor. councillor. councilor. counsellor. counselor. counterdemonstrator. countertenor. counterterror. covenantor. creator. creditor. cremator. cruor. cultivator. curator. cursor. cuspidor. deactivator. deaerator. debtor. decapitator. decelerator. decolor. deconstructor. decontaminator. decor. decorator. decorticator. dedicator. defalcator. defector. defibrillator. deflator. deflector. defoliator. dehydrator. delator. delegator. delineator. demeanor. demodulator. demonstrator. denigrator. denominator. depictor. depositor. depreciator. depredator. depressor. desalinator. descriptor. desecrator. desiccator. designator. desolator. detector. determinator. detonator. detractor. devastator. deviator. devisor. dictator. diffusor. digestor. dilator. dilutor. director. discolor. discriminator. disfavor. dishonor. disintegrator. dispossessor. dissector. disseisor. disseminator. dissertator. dissimulator. distrainor. distributor. divisor. doctor. dolor. dominator. donator. donor. door. dor. duplicator. dynamotor. editor. educator. eductor. effector. eigenvector. ejaculator. ejector. elector. elevator. elicitor. eliminator. elucidator. elutriator. emanator. emancipator. emasculator. embraceor. emperor. emulator. enactor. enamor. endeavor. endorsor. enumerator. enunciator. ephor. equator. equilibrator. equivocator. eradicator. erector. error. escalator. estimator. evaluator. evaporator. evertor. evictor. evocator. exactor. exaggerator. excavator. excelsior. excerptor. excitor. excommunicator. execrator. executor. exhibitor. expandor. expeditor. expiator. explicator. expositor. expropriator. expurgator. extensor. extenuator. exterior. exterminator. exteroceptor. extirpator. extractor. extrapolator. fabricator. facilitator. factor. fascinator. favor. felicitator. fellator. feoffor. fermentor. fervor. fetor. flavor. flexor. flocculator. floor. fluor. foetor. for. formulator. fornicator. fractionator. franchisor. fumigator. functor. furor. gator. generator. genitor. gesticulator. gladiator. glamor. glossator. gor. governor. graduator. grantor. granulator. guarantor. gyrator. hallucinator. harbor. havior. hector. heldentenor. heptachlor. heritor. hibernator. honor. horror. humidor. humor. hydrator. hydrometeor. hyperreactor. hypothecator. ichor. ideomotor. idolator. ignitor. illuminator. illustrator. imitator. immolator. immunomodulator. impactor. impellor. imperator. impersonator. implementor. impostor. impregnator. improvisator. improvisor. inaugurator. inceptor. incinerator. incisor. incorporator. incubator. inculcator. indagator. indentor. indicator. indictor. indoctrinator. indoor. indorsor. inductor. infector. inferior. infiltrator. inflator. inflictor. inhalator. inheritor. inhibitor. initiator. injector. innovator. inoculator. inquisitor. inseminator. insinuator. inspector. inspirator. inspissator. instigator. institutor. instructor. insufflator. insulator. integrator. interbehavior. interceptor. intercessor. interdictor. interior. interjector. interlocutor. interoceptor. interpellator. interpolator. interrogator. interruptor. intervenor. intimidator. inundator. invalidator. inventor. invertor. investigator. investor. invigilator. invigorator. iodophor. irradiator. irrigator. isochor. isolator. jailor. janitor. junior. juror. komondor. kor. kronor. kwashiorkor. labor. labrador. lachrymator. lacrimator. laminator. languor. laudator. lector. legator. legislator. legitimator. lessor. levator. liberator. licensor. lictor. liquidator. liquor. literator. lithotriptor. litigator. locator. locomotor. lubricator. macerator. machinator. machzor. mahzor. major. malefactor. malodor. mandator. manipulator. manor. markhoor. markhor. masticator. masturbator. matador. mayor. mechanoreceptor. mediator. meditator. meliorator. mentor. metaphor. meteor. methoxychlor. methylator. micromanipulator. microprocessor. microprojector. migrator. minor. mirador. mirror. misbehavior. miscolor. misdemeanor. misfeasor. mislabor. mistutor. mitigator. moderator. modulator. monitor. monochromator. monsignor. moor. mor. mortgagor. motivator. motor. mucor. multiauthor. multicolor. multiconductor. multifactor. multiplexor. multiprocessor. mutilator. narrator. navigator. negator. negotiator. neighbor. nestor. neurohumor. nextdoor. nitrator. nomenclator. nominator. nonactor. nonauthor. noncollector. noncolor. noncompetitor. nonconductor. noncooperator. nondoctor. nonfactor. nonjuror. nonlabor. nonmajor. nonpoor. nonreactor. nonsecretor. nonvector. nor. nucleator. numerator. objector. obligor. obliterator. obsessor. obstructor. obturator. obviator. oculomotor. odor. offeror. operator. oppressor. orator. orchestrator. originator. oscillator. outdoor. outhumor. outsavor. overfavor. overlabor. ovipositor. oxygenator. pacificator. palliator. pallor. palpator. pandoor. parachor. parador. parlor. participator. pastor. patentor. pavior. pawnor. payor. peculator. perambulator. percolator. perforator. perpetrator. perpetuator. persecutor. personator. phosphor. photodetector. photoreceptor. picador. piscator. pledgeor. pledgor. plessor. plexor. pollinator. polyhistor. pontificator. poor. possessor. posterior. postulator. potentiator. praetor. precensor. precentor. preceptor. precipitator. precursor. predator. predecessor. predestinator. predictor. preemptor. premeditator. preparator. preprocessor. pressor. prestidigitator. pretor. prevaricator. previsor. primogenitor. prior. processor. procrastinator. procreator. proctor. procurator. professor. progenitor. prognosticator. projector. prolabor. prolocutor. promisor. promulgator. pronator. propagator. propellor. propitiator. propraetor. propretor. proprietor. proprioceptor. prosector. prosecutor. prospector. prostitutor. protector. protestor. protractor. psychomotor. pulmotor. pulsator. punctuator. purificator. purveyor. quaestor. questor. quittor. radiator. rancor. raptor. ratiocinator. razor. reactor. realtor. receptor. reciprocator. recolor. reconstructor. rector. redactor. redecorator. reductor. reflector. refractor. refrigerator. regenerator. regressor. regulator. rehabilitator. reinvigorator. rejector. rejuvenator. relator. remittor. remonstrator. remunerator. renovator. replicator. repossessor. repressor. repudiator. requestor. resistor. resonator. respirator. resuscitator. retailor. retractor. retroreflector. revelator. revisor. rhetor. rigor. rotator. rotor. rubricator. ruminator. rumor. rusticator. sailor. salivator. salvor. sapor. sartor. saturator. savior. savor. scintillator. scissor. sculptor. seafloor. secretor. sector. seignior. seisor. seizor. selector. semiconductor. senator. senhor. senior. senor. sensor. sensorimotor. separator. servitor. servomotor. settlor. signior. signor. simulator. solicitor. sopor. sordor. spectator. speculator. spinor. splendor. spoliator. sponsor. spoor. squalor. stator. stentor. sternutator. stertor. stimulator. stipulator. stressor. stridor. stupor. subcontractor. subdirector. subeditor. subfloor. subjugator. subordinator. subsector. successor. succor. sudor. suitor. superadministrator. superconductor. superior. supervisor. supinator. suppressor. surveyor. survivor. suspensor. syncopator. syndicator. tabor. tabulator. tailor. tandoor. temblor. tenor. tensor. tergiversator. terminator. termor. terror. testator. therefor. thermistor. thermoreceptor. thermoregulator. thrustor. thyristor. titrator. tolerator. tor. toreador. tormentor. torpor. totalisator. totalizator. tractor. traditor. traitor. transactor. transferor. transgressor. transilluminator. transistor. translator. transmigrator. trapdoor. tremor. tricolor. trimotor. trisector. triturator. trustor. tumor. turbogenerator. turgor. tussor. tutor. ulterior. unanchor. unicolor. unmoor. utilidor. vaccinator. vacillator. valor. valuator. vapor. varactor. variegator. varistor. vasoconstrictor. vasodilator. vasomotor. vasopressor. vaticinator. vavasor. vavassor. vector. velociraptor. vendor. venerator. ventilator. verderor. viator. vibrator. victor. vigor. vindicator. violator. visitor. visor. vitiator. vituperator. vivisector. vizor. vociferator. warrantor. warrior. watercolor. weldor.
1 answer
2-letter words
or
3-letter words
cor, dor, for, gor, kor, mor, nor, tor
4-letter words
boor, door, moor, odor, poor
5-letter words
abhor, actor, algor, arbor, ardor, armor, bevor, color, cruor, decor, dolor, donor, ephor, error, favor, fetor, floor, fluor, furor, gator, honor, humor, ichor, juror, labor, major, manor, mayor, minor, motor, mucor, payor, prior, razor, rigor, rotor, rumor, sapor, savor, senor, sopor, spoor, sudor, tabor, tenor, tumor, tutor, valor, vapor, vigor, visor, vizor
6-letter words
abator, anchor, author, bailor, bettor, candor, cantor, captor, castor, censor, chador, clamor, condor, cursor, debtor, doctor, editor, enamor, factor, fervor, flavor, flexor, foetor, glamor, harbor, havior, hector, indoor, jailor, junior, kronor, lector, lessor, lictor, liquor, mahzor, mentor, meteor, mirror, nestor, pallor, parlor, pastor, pavior, pawnor, plexor, pretor, rancor, raptor, rector, rhetor, sailor, salvor, sartor, savior, sector, seisor, seizor, senhor, senior, sensor, signor, spinor, stator, stupor, succor, suitor, tailor, tensor, termor, terror, tremor, turgor, tussor, unmoor, vector, vendor, viator, victor, weldor
7-letter words
abettor, adaptor, adjuror, advisor, aerator, alastor, alienor, assuror, auditor, aviator, belabor, bicolor, camphor, chantor, citator, clangor, coactor, creator, curator, decolor, delator, devisor, dilator, dilutor, divisor, donator, eductor, ejector, elector, emperor, enactor, equator, erector, evertor, evictor, exactor, excitor, feoffor, functor, genitor, grantor, gyrator, heritor, humidor, ignitor, incisor, isochor, janitor, languor, legator, levator, locator, machzor, malodor, markhor, matador, mirador, monitor, negator, nonpoor, obligor, offeror, outdoor, pandoor, parador, picador, pledgor, plessor, praetor, pressor, proctor, questor, quittor, reactor, recolor, relator, revisor, rotator, scissor, senator, settlor, signior, sponsor, squalor, stentor, stertor, stridor, tandoor, temblor, tractor, traitor, trustor, vavasor, visitor, warrior
8-letter words
abductor, accentor, acceptor, actuator, adductor, adjustor, adulator, agitator, ancestor, animator, anterior, appellor, arrestor, aspersor, assentor, assertor, assessor, assignor, assistor, attestor, avigator, bachelor, backdoor, barrator, barretor, beclamor, behavior, beliquor, bisector, canephor, caveator, chelator, coauthor, codebtor, coeditor, coenamor, cofactor, colessor, collator, conjuror, convenor, conveyor, copastor, creditor, cremator, cuspidor, defector, deflator, demeanor, depictor, detector, deviator, dictator, diffusor, digestor, director, discolor, disfavor, dishonor, educator, effector, elevator, elicitor, emanator, emulator, endeavor, evocator, executor, expandor, expiator, extensor, exterior, fellator, governor, hydrator, idolator, imitator, impactor, impellor, impostor, inceptor, indentor, indictor, inductor, infector, inferior, inflator, injector, interior, inventor, invertor, investor, iodophor, isolator, komondor, labrador, laudator, licensor, mandator, markhoor, mediator, metaphor, migrator, miscolor, mislabor, mistutor, narrator, neighbor, nextdoor, nitrator, nonactor, noncolor, nonjuror, nonmajor, objector, obsessor, obviator, operator, outhumor, outsavor, palpator, parachor, patentor, phosphor, piscator, pledgeor, predator, previsor, prolabor, promisor, pronator, pulmotor, pulsator, purveyor, quaestor, radiator, receptor, redactor, reductor, rejector, remittor, resistor, retailor, sculptor, seafloor, secretor, seignior, selector, servitor, splendor, stressor, subfloor, superior, surveyor, survivor, testator, therefor, thrustor, titrator, traditor, trapdoor, tricolor, trimotor, ulterior, unanchor, unicolor, utilidor, valuator, varactor, varistor, vavassor, verderor, vibrator, violator, vitiator
9-letter words
abdicator, abnegator, activator, advocator, aggressor, alienator, alligator, allocator, annotator, antilabor, antitumor, apparitor, aspirator, attractor, augmentor, biosensor, capacitor, castrator, coadjutor, cocreator, cocurator, collector, combustor, compactor, comprador, condemnor, conductor, confessor, confiteor, connector, conqueror, consignor, consultor, contemnor, convector, convertor, cosponsor, councilor, counselor, deaerator, dedicator, deflector, delegator, depositor, depressor, desolator, detonator, detractor, dissector, disseisor, dominator, dynamotor, embraceor, escalator, estimator, evaluator, excavator, excelsior, excerptor, execrator, exhibitor, expeditor, expositor, extractor, fermentor, fumigator, generator, gladiator, glossator, graduator, guarantor, ideomotor, immolator, imperator, incubator, indagator, indicator, inflictor, inhalator, inheritor, inhibitor, initiator, innovator, inspector, insulator, inundator, irrigator, laminator, liberator, literator, litigator, locomotor, macerator, meditator, misfeasor, mitigator, moderator, modulator, monsignor, motivator, mutilator, navigator, nominator, nonauthor, nondoctor, nonfactor, nonvector, nucleator, numerator, obturator, oppressor, overfavor, overlabor, palliator, peculator, possessor, posterior, precensor, precentor, preceptor, precursor, predictor, preemptor, processor, professor, projector, propellor, propretor, prosector, protector, protestor, reflector, refractor, regressor, regulator, renovator, repressor, requestor, resonator, retractor, revelator, ruminator, salivator, saturator, separator, simulator, solicitor, spectator, spoliator, subeditor, subsector, successor, supinator, suspensor, tabulator, thyristor, tolerator, trisector, vasomotor, venerator, warrantor
10-letter words
abominator, abstractor, acquisitor, alleviator, alternator, ambassador, antecessor, applicator, arbitrator, attenuator, baroceptor, benefactor, blackamoor, brachiator, buccinator, calculator, calibrator, captivator, carburetor, castigator, celebrator, chancellor, circulator, codirector, coexecutor, coinventor, coinvestor, collimator, commutator, comparator, competitor, compositor, compressor, contractor, cooperator, councillor, counsellor, covenantor, cultivator, defalcator, defoliator, dehydrator, delineator, denigrator, depredator, descriptor, desecrator, desiccator, designator, devastator, distrainor, duplicator, ejaculator, eliminator, elucidator, elutriator, enumerator, enunciator, eradicator, explicator, expurgator, extenuator, extirpator, fabricator, fascinator, franchisor, granulator, heptachlor, hibernator, improvisor, inculcator, inoculator, inquisitor, insinuator, inspirator, instigator, institutor, instructor, integrator, intervenor, irradiator, lacrimator, legislator, liquidator, lubricator, machinator, malefactor, masticator, methylator, multicolor, negotiator, neurohumor, nonreactor, obstructor, oculomotor, oscillator, ovipositor, oxygenator, percolator, persecutor, personator, pollinator, polyhistor, postulator, preparator, procreator, procurator, progenitor, prolocutor, propagator, propraetor, proprietor, prosecutor, prospector, protractor, punctuator, repudiator, respirator, rubricator, rusticator, servomotor, speculator, stimulator, stipulator, subjugator, supervisor, suppressor, syncopator, syndicator, terminator, thermistor, transactor, transferor, transistor, translator, triturator, vaccinator, vacillator, variegator, ventilator, vindicator, vivisector, watercolor
BONUS WORDS:
11-letter words
abbreviator, accelerator, accumulator, adjudicator, adulterator, amalgamator, annihilator, annunciator, anticipator, appreciator, articulator, assimilator, boardsailor, calumniator, carburettor, cogenerator, commentator, compensator, compurgator, conciliator, confiscator, congregator, consecrator, conservator, conspirator, constrictor, constructor, consummator, continuator, contributor, coprocessor, deactivator, decapitator, decelerator, demodulator, denominator, depreciator, desalinator, dissertator, distributor, eigenvector, emancipator, emasculator, equivocator, exaggerator, facilitator, felicitator, flocculator, heldentenor, hydrometeor, illuminator, illustrator, implementor, impregnator, inaugurator, incinerator, infiltrator, inseminator, inspissator, insufflator, interceptor, intercessor, interdictor, interjector, interruptor, intimidator, invalidator, invigilator, lachrymator, legitimator, manipulator, masturbator, misbehavior, misdemeanor, multiauthor, multifactor, multiplexor, nomenclator, nonsecretor, obliterator, pacificator, perpetrator, perpetuator, potentiator, predecessor, promulgator, propitiator, prostitutor, psychomotor, purificator, regenerator, rejuvenator, remunerator, repossessor, sternutator, subdirector, totalisator, totalizator, vasodilator, vasopressor, vaticinator, vituperator, vociferator
12-letter words
accommodator, antipredator, appropriator, assassinator, chiropractor, communicator, concentrator, confabulator, conquistador, consolidator, contaminator, contemplator, contradictor, coproprietor, countertenor, demonstrator, determinator, dispossessor, disseminator, dissimulator, equilibrator, expropriator, exterminator, exteroceptor, extrapolator, fractionator, gesticulator, hallucinator, hyperreactor, hypothecator, impersonator, improvisator, interlocutor, interoceptor, interpolator, interrogator, investigator, lithotriptor, methoxychlor, noncollector, nonconductor, participator, perambulator, pontificator, precipitator, premeditator, preprocessor, prevaricator, primogenitor, ratiocinator, reciprocator, refrigerator, remonstrator, resuscitator, scintillator, transgressor
13-letter words
administrator, authenticator, coconspirator, conglomerator, congratulator, counterterror, deconstructor, defibrillator, discriminator, disintegrator, indoctrinator, interbehavior, interpellator, monochromator, noncompetitor, noncooperator, photodetector, predestinator, proprioceptor, reconstructor, rehabilitator, semiconductor, subcontractor, tergiversator, transmigrator
14-letter words
bronchodilator, coinvestigator, decontaminator, excommunicator, microprocessor, microprojector, multiconductor, multiprocessor, procrastinator, prognosticator, superconductor, turbogenerator
15-letter words
circumnavigator, immunomodulator, prestidigitator, vasoconstrictor
16-letter words
micromanipulator, transilluminator
18-letter words
superadministrator
19-letter words
counterdemonstrator
924 words found.
1 answer
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'Conversion of Rapid City pilot plant' -- subject(s): Coal gasification, Fluidized-bed furnaces
'Gas turbines for efficient power generation' -- subject(s): Gas-turbines
'Pollution prevention program plan 1996' -- subject(s): Environmental protection, Pollution prevention, United States, United States. Dept. of Energy, Waste minimization
'Development policy options Naval Oil Shale Reserves, Garfield County, Colorado' -- subject(s): Environmental aspects, Environmental aspects of Oil-shale industry, Oil-shale industry, Oil-shales
'Sources and delivery of carbon dioxide for enhanced oil recovery' -- subject(s): Carbon dioxide, Secondary recovery of oil
'Prelimary audit report' -- subject(s): Energy conservation, United States, Renewable energy sources
'Ocean thermal energy conversion' -- subject(s): Ocean thermal power plants
'Fossil Energy Research and Development Program of the U.S. Department of Energy'
'Combined thermal storage pond and dry cooling tower waste heat rejection system for solar-thermal steam-electric power plants' -- subject(s): Solar power plants, Steam power plants, Cooling towers, Ponds
'Geothermal energy' -- subject(s): Geothermal resources, Geothermal engineering
'Groundwater monitoring activities at Department of Energy facilities' -- subject(s): Environmental aspects, Environmental aspects of Nuclear weapons plants, Environmental monitoring, Groundwater, Nuclear weapons plants, Pollution, United States, United States. Dept. of Energy
'SERAPH implementation plans' -- subject(s): Solar heating, Solar energy industries, Technological innovations
'Gas turbines for efficient power generation' -- subject(s): Gas-turbines
'Energy-saving checklist for home builders, buyers, and owners' -- subject(s): Energy conservation, Heating and ventilation, Dwellings
'Ever heard of retrofit?' -- subject(s): Dwellings, Energy conservation, Energy consumption
'U.S. Department of Energy Environmental Management Advisory Board public meeting, March 15-17, 1994, held at Henry VII Ramada Hotel, St. Louis, Missouri' -- subject(s): Congresses, Environmental protection, United States, United States. Dept. of Energy. Office of Environmental Management. Advisory Board
'The Department of Energy GOSIP Online Information System (DOE-GOIS) user reference manual' -- subject(s): Handbooks, manuals, Handbooks, manuals, etc, Information services, Information storage and retrieval systems, United States, United States. Dept. of Energy
'H-coal fluid dynamics topical report' -- subject(s): Coal liquefaction, Hydrodynamics
'Insulate your water heater and save fuel' -- subject(s): Energy conservation, Insulation (Heat), Water heaters
'Sea-surface temperature variability analysis of potential OTEC sites utilizing satellite data' -- subject(s): Ocean thermal power plants, Ocean temperature
'Characterization, monitoring, and sensor technology crosscutting program' -- subject(s): Environmental monitoring, Environmental policy, Hazardous wastes, Identification, Pollution, Research, Technological innovations, United States, United States. Dept. of Energy
'Use of mixtures as working fluids in ocean thermal energy conversion cycles' -- subject(s): Ocean thermal power plants, Electric power production
'U.S. Department of Energy' -- subject(s): Energy conservation, Energy development, United States, United States. Dept. of Energy
'Direct Effects of Increasing Carbon Dioxide on Vegetation'
'Productivity management program manual' -- subject(s): Government productivity, Handbooks, manuals, United States, United States. Dept. of Energy
'Assumptions and methodology document for the spent nuclear fuel management cost evaluation' -- subject(s): Estimates, Management, Radioactive waste disposal, Spent reactor fuels, Radioactive waste sites
'How to improve the efficiency of your oil-fired furnace' -- subject(s): Maintenance and repair, Furnaces
'Temperature watch' -- subject(s): Energy conservation, Temperature control, Office buildings, Public buildings
'Materials research for clean utilization of coal' -- subject(s): Coal gasification, Testing, Materials
'The national electric reliability executive summary'
'Landfill stabilization focus area' -- subject(s): Cleanup, Environmental policy, Hazardous waste site remediation, Hazardous waste sites, Pollution, Radioactive waste disposal in the ground, Radioactive waste sites, Research, Technological innovations, United States, United States. Dept. of Energy
'Report on the explosion, fire, and oil spill, resulting in one fatality and injury on September 21, 1978, at well 6 of Cavern 6 at the West Hackberry, Louisiana, oil storgae site of the strategic petroleum reserve' -- subject(s): Explosion, 1978, Fires, Reserves, Petroleum, Oil spills
'Project management systems training guide' -- subject(s): Handbooks, manuals, Officials and employees, Project management, Study and teaching, Training of, United States, United States. Dept. of Energy
'Instruction package for Section I (additional contract clauses), Autopreps II for fixed price supply and service acquisitions' -- subject(s): Handbooks, manuals, Handbooks, manuals, etc, Procurement, United States, United States. Dept. of Energy
'Foam sea solar power plant' -- subject(s): Ocean thermal power plants
'Reassessment of the Civilian radioactive waste management program' -- subject(s): Radioactive waste disposal, Management, Government policy, Radioactive waste sites
'Energy and Land Use'
'Technology Assessments of Advanced Energy Storage Systems for'
'Draft Economic and Regulatory Analysis'
'Idaho high-level waste & facilities disposition' -- subject(s): Environmental aspects, Environmental aspects of Hazardous waste treatment facilities, Environmental aspects of Radioactive waste disposal, Hazardous waste treatment facilities, Idaho National Engineering and Environmental Laboratory, Management, Radioactive waste disposal, Radioactive wastes
'Improved secondary oil recovery by controlled water flooding-pilot demonstration ranger zone, Fault Block VII, Wilmington Field' -- subject(s): Secondary recovery of oil
'Report on the follow-up inspection of selected aspects of the Department of Energy's administration of post retirement health benefits' -- subject(s): Health Insurance, Insurance, Health, Postemployment benefits, United States, United States. Dept. of Energy
'27 energy films-16 mm color' -- subject(s): Power resources, Film catalogs
'Solar energy for agriculture and industry' -- subject(s): Solar energy in agriculture, Solar energy industries
'Energy action DOE no. 5' -- subject(s): Petroleum reserves
'In the matter of proposed rulemaking on the storage and disposal of nuclear waste' -- subject(s): Law and legislation, Radioactive waste disposal, Radioactive waste disposal in the ground
'Energy publications for industry' -- subject(s): Energy conservation, Catalogs
'Pollution prevention program' -- subject(s): Environmental policy, Pollution, Research, United States, United States. Dept. of Energy
'Allocation of petroleum feedstock, Baltimore Gas and Electric Company, Sollers Point, Maryland, SNG Plant'
'Organization & functions fact book' -- subject(s): United States, United States. Dept. of Energy
'Fueling a competitive economy' -- subject(s): Energy policy, Management, Strategic planning, United States, United States. Dept. of Energy
'Environmental monitoring and analysis in support of Antrim oil shale research' -- subject(s): Environmental aspects, Environmental aspects of In situ processing (Mining), Environmental aspects of Oil-shale industry, In situ processing (Mining), Oil-shale industry, Oil-shales
'The resource file' -- subject(s): Bibliography, Energy conservation
'Strategic petroleum reserve' -- subject(s): Petroleum, Petroleum reserves, Storage, Underground storge
'A new start, the National energy act' -- subject(s): Energy policy
'Emergency handling of radiation accident cases' -- subject(s): Accidents, Radiation, Nuclear power plants
'Nonnuclear consolidation environmental assessment' -- subject(s): Environmental aspects, Environmental aspects of Nuclear weapons plants, Nuclear weapons plants, United States, United States. Dept. of Energy
'The first anniversary of the Department of Energy, Monday, October 2, 1978, Departmental Auditorium' -- subject(s): Energy policy, United States, United States. Dept. of Energy
'Evaluation of the commercial feasibility of hydrogen production by the solar photoelectrolysis of water' -- subject(s): Hydrogen, Electrolysis, Photoelectricity
'Study of hydrocarbon-shale interaction' -- subject(s): Hydrocarbons, Shale
'How to understand your utility bill' -- subject(s): Rates, Public utilities, Gas companies
'Emergency handling of radiation accident cases' -- subject(s): Accidents, Radiation, Nuclear power plants
'Solar energy for agriculture and industry' -- subject(s): Solar energy in agriculture, Solar energy industries
'Evaluation of fuel cell electrolytes for direct and indirect oxidation of carbonaceous fuels' -- subject(s): Fuel cells, Oxidation-reduction reaction, Electrolytes
'A hands on science program for elementary school teachers' -- subject(s): Television in education, Science, Study and teaching
'Chemistry of lignite liquefaction' -- subject(s): Coal liquefaction, Lignite
'A decade of discovery'
'Literature survey on vertical tube evaporators (VTE's)' -- subject(s): Bibliography, Heat exchangers, Tubes, Evaporators
'Idaho high-level waste & facilities disposition' -- subject(s): Environmental aspects, Environmental aspects of Hazardous waste treatment facilities, Environmental aspects of Radioactive waste disposal, Environmental impact statements, Hazardous waste treatment facilities, Idaho National Engineering and Environmental Laboratory, Management, Radioactive waste disposal, Radioactive wastes
'Ocean thermal energy conversion plants' -- subject(s): Ocean thermal power plants
'Doe Facilities Solar Design Handbook'
'How to save money by saving energy' -- subject(s): Energy conservation, Money
'Safety & health five-year plan, fiscal years 1995-1999' -- subject(s): Appropriations and expenditures, Industrial hygiene, Industrial safety, United States, United States. Dept. of Energy
'History of waste tank 14, 1957 through 1974' -- subject(s): Radioactive waste disposal in the ground
'The electric power outages in the western United States, July 2-3, 1996' -- subject(s): Electric power failures, West (U.S)
'Comprehensive national energy strategy' -- subject(s): Energy policy
'Mixed waste characterization, treatment, and disposal focus area' -- subject(s): Hazardous waste sites, Pollution, Environmental policy, Research
'Regional petroleum reserves' -- subject(s): Petroleum reserves, Energy policy, Petroleum, Storage
'Partial liquefaction of coal by direct hydrogenation' -- subject(s): Coal liquefaction, Hydrogenation
'Design, fabrication, and operation of a biomass fermentation facility' -- subject(s): Biomass energy, Chemical reactors, Fermentation, Design and construction
'Information architecture' -- subject(s): Information technology, Standards, United States, United States. Dept. of Energy
'Development of a continuous dry coal screw feeder' -- subject(s): Coal slurry pipelines, Coal preparation plants
'Study of the interrelationships among chemical and petrographic variables of United States coals' -- subject(s): Coal, Analysis
'Report to Congress on the feasibility of establishing a heating oil component to the strategic petroleum reserve' -- subject(s): Petroleum as fuel, Petroleum reserves
'Barnwell nuclear fuels plant - applicability study' -- subject(s): Environmental aspects, Environmental aspects of Reactor fuel reprocessing, Industrial sites, Reactor fuel reprocessing
'The DOE program component of the Federal High Performance Computing and Communications Program' -- subject(s): Data processing, Federal High Performance Computing Program (U.S.), Supercomputers, United States, United States. Dept. of Energy
'Lithium literature review' -- subject(s): Lithium
'Energy audit for growers, a self-inspection guide to reduce energy costs'
'Draft waste management programmatic environmental impact statement for managing treatment, storage, and disposal of radioactive and hazardous waste' -- subject(s): Environmental aspects, Environmental aspects of Hazardous wastes, Environmental aspects of Radioactive waste disposal, Environmental impact statements, Hazardous wastes, Management, Planning, Radioactive waste disposal
'Prototype pilot plant operation' -- subject(s): Coal gasification
2 answers
ABCOULOMB
ABOLITION
ABORTIONS
ABROGATOR
ACAROLOGY
ACCORDION
ACHROMOUS
ACRODONTS
ACROPHOBE
ACROPOLIS
ACROSOMAL
ACROSOMES
ADMONITOR
ADOPTIONS
ADORATION
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ADVOWSONS
AERODROME
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AETIOLOGY
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AGALWOODS
AGROLOGIC
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AIRPROOFS
ALCOHOLIC
ALGARROBO
ALLOCATOR
ALLOMORPH
ALLOPHONE
ALLOTROPE
ALLOTROPY
ALOOFNESS
ALUMROOTS
AMMONOIDS
AMORETTOS
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AMORPHOUS
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AVOCATION
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BABOONERY
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BACKROOMS
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BONDWOMEN
BONGOISTS
BONHOMIES
BONHOMOUS
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BOOBOISIE
BOOGERMAN
BOOGERMEN
BOOGEYING
BOOGEYMAN
BOOGEYMEN
BOOGIEING
BOOGIEMAN
BOOGIEMEN
BOOHOOING
BOOKCASES
BOOKISHLY
BOOKLORES
BOOKLOUSE
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BOOKMARKS
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BOOKRESTS
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BOOMBOXES
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BOOMINGLY
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BOTTOMING
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BOUNTEOUS
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BOURGEONS
BOUSOUKIA
BOUSOUKIS
BOUZOUKIA
BOUZOUKIS
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CIOPPINOS
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CLAMOROUS
CLASSROOM
CLOAKROOM
CLOCKWORK
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CLODPOLLS
CLOISONNE
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CLOSEOUTS
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CLUBROOTS
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EPOPOEIAS
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EROGENOUS
EROSIONAL
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1 answer
Yes, there is oxygen in the ionosphere - but very little. You would not survive if you were exposed to it. It is the last layer of oxygen and other earth gases before you get into the magnetosphere which is in space. Hence, it is exposed to solar radiation that excites these gaseous atoms and ionizes them, effectively turning these gases, including oxygen, into plasma.
8 answers
Gas is one of the three classical states of matter (the others being liquid and solid). Near absolute zero, a substance exists as a solid. As heat is added to this substance it melts into a liquid at its melting point (see phase change), boils into a gas at its boiling point, and if heated high enough would enter a plasma state in which the electrons are so energized that they leave their parent atoms from within the gas. A pure gas may be made up of individual atoms (e.g. a noble gas or atomic gas like neon), elemental molecules made from one type of atom (e.g. oxygen), or compound molecules made from a variety of atoms (e.g. carbon dioxide). A gas mixture would contain a variety of pure gases much like the air. What distinguishes a gas from liquids and solids is the vast separation of the individual gas particles. This separation usually makes a colorless gas invisible to the human observer. The interaction of gas particles in the presence of electric and gravitational fields are considered negligible as indicated by the constant velocity vectors in the image.
The gaseous state of matter is found between the liquid and plasma states,[1] the latter of which provides the upper temperature boundary for gases. Bounding the lower end of the temperature scale lie degenerative quantum gases[2] which are gaining increased attention these days.[3] High-density atomic gases super cooled to incredibly low temperatures are classified by their statistical behavior as either a Bose gas or a Fermi gas. For a comprehensive listing of these exotic states of matter see list of states of matter.
Contents[hide]- 1 Etymology
- 2 Physical characteristics
- 3 Macroscopic
- 3.1 Pressure
- 3.2 Temperature
- 3.3 Specific volume
- 3.4 Density
- 4 Microscopic
- 4.1 Kinetic theory
- 4.2 Brownian motion
- 4.3 Intermolecular forces
- 5 Simplified models
- 5.1 Ideal and perfect gas models
- 5.2 Real gas
- 6 Historical synthesis
- 6.1 Boyle's law
- 6.2 Law of volumes
- 6.3 Avogadro's law
- 6.4 Dalton's law
- 7 Special topics
- 7.1 Compressibility
- 7.2 Reynolds number
- 7.3 Viscosity
- 7.4 Turbulence
- 7.5 Boundary layer
- 7.6 Maximum entropy principle
- 7.7 Thermodynamic equilibrium
- 8 See also
- 9 Notes
- 10 References
- 11 Further reading
As most gases are difficult to observe directly with our senses, they are described through the use of four physical properties or macroscopic characteristics: pressure, volume, number of particles (chemists group them by moles) and temperature. These four characteristics were repeatedly observed by scientists such as Robert Boyle, Jacques Charles, John Dalton, Joseph Gay-Lussac and Amedeo Avogadro for a variety of gases in various settings. Their detailed studies ultimately led to a mathematical relationship among these properties expressed by the ideal gas law (see simplified models section below).
Gas particles are widely separated from one another, and as such are not as strongly intermolecularly bonded to the same degree as liquids or solids. These intermolecular forces result from electrostatic interactions between each gas particle. Like charged areas of different gas particles repel, while oppositely charged regions of different gas particles attract one another; gases that contain permanently charged ions are known as plasmas. Gaseous compounds with polar covalent bonds contain permanent charge imbalances and so experience relatively strong intermolecular forces, although the molecule while the compound's net charge remains neutral. Transient, randomly-induced charges exist across non-polar covalent bonds of molecules and electrostatic interactions caused by them are referred to as Van der Waals forces. The interaction of these intermolecular forces varies within a substance which determines many of the physical properties unique to each gas.[5][6] A quick comparison of boiling points for compounds formed by ionic and covalent bonds leads us to this conclusion.[7] The drifting smoke particles in the image provides some insight into low pressure gas behavior.
Compared to the other states of matter, gases have an incredibly low density and viscosity. Pressure and temperature influence the particles within a certain volume. This variation in particle separation and speed is referred to as compressibility. This particle separation and size influences optical properties of gases as can be found in the following list of refractive indices. Finally, gas particles spread apart or diffuse in order to homogeneously distribute themselves throughout any container.
MacroscopicShuttle imagery of re-entry phase.When observing a gas, it is typical to specify a frame of reference or length scale. A larger length scale corresponds to a macroscopic or global point of view of the gas. This region (referred to as a volume) must be sufficient in size to contain a large sampling of gas particles. The resulting statistical analysis of this sample size produces the "average" behavior (i.e. velocity, temperature or pressure) of all the gas particles within the region. By way of contrast, a smaller length scale corresponds to a microscopic or particle point of view.
From this global vantage point, the gas characteristics measured are either in terms of the gas particles themselves (velocity, pressure, or temperature) or their surroundings (volume). By way of example, Robert Boyle studied pneumatic chemistry for a small portion of his career. One of his experiments related the macroscopic properties of pressure and volume of a gas. His experiment used a J-tube manometer which looks like a test tube in the shape of the letter J. Boyle trapped an inert gas in the closed end of the test tube with a column of Mercury, thereby locking the number of particles and temperature. He observed that when the pressure was increased on the gas, by adding more mercury to the column, the trapped gas volume decreased. Mathematicians describe this situation as an inverse relationship. Furthermore, when Boyle multiplied the pressure and volume of each observation, the product (math) was always the same, a constant. This relationship held true for every gas that Boyle observed leading to the law, (PV=k), named to honor his work in this field of study.
There are many math tools to choose from when analyzing gas properties. As gases are subjected to extreme conditions, the math tools become a bit more complex, from the Euler equations (inviscid flow) to the Navier-Stokes equations[8] that fully account for viscous effects. These equations are tailored to meet the unique conditions of the gas system in question. Boyle's lab equipment allowed the use of algebra to obtain his analytical results. His results were possible because he was studying gases in relatively low pressure situations where they behaved in an "ideal" manner. These ideal relationships enable safety calculations for a variety of flight conditions on the materials in use. The high technology equipment in use today was designed to help us safely explore the more exotic operating environments where the gases no longer behave in an "ideal" manner. This advanced math, to include statistics and multivariable calculus, makes possible the solution to such complex dynamic situations as space vehicle reentry. One such example might be the analysis of the image depicting space shuttle reentry to ensure the material properties under this loading condition are not exceeded. It is safe to say that in this flight regime, the gas is no longer behaving ideally.
PressurePressurized gases.Main article: Pressure
The symbol used to represent pressure in equations is "p" or "P" with SI units of pascals.
When describing a container of gas, the term pressure (or absolute pressure) refers to the average force the gas exerts on the surface area of the container. Within this volume, it is sometimes easier to visualize the gas particles moving in straight lines until they collide with the container (see diagram at top of the article). The force imparted by a gas particle into the container during this collision is the change in momentum of the particle. As a reminder from classical mechanics, momentum, by definition, is the product of mass and velocity.[9] Notice that during a collision only the normal component of velocity changes. A particle traveling parallel to the wall never changes its momentum. So the average force on a surface must be the average change in linear momentum from all of these gas particle collisions. To be more precise, pressure is the sum of all the normal components of force exerted by the particles impacting the walls of the container divided by the surface area of the wall. The image "Pressurized gases" depicts gas pressure and temperature spikes used in the entertainment industry.
TemperatureAir balloon shrinks after submerging into liquid nitrogen
Main article: Thermodynamic temperature
The symbol used to represent temperature in equations is T with SI units of kelvins.
The speed of a gas particle is proportional to its absolute temperature. The volume of the balloon in the video shrinks when the trapped gas particles slow down with the addition of extremely cold nitrogen. The temperature of any physical system is related to the motions of the particles (molecules and atoms) which make up the [gas] system.[10] In statistical mechanics, temperature is the measure of the average kinetic energy stored in a particle. The methods of storing this energy are dictated by the degrees of freedom of the particle itself (energy modes). Kinetic energy added (endothermic process) to gas particles by way of collisions produces linear, rotational, and vibrational motion as well. By contrast, a molecule in a solid can only increase its vibration modes with the addition of heat as the lattice crystal structure prevents both linear and rotational motions. These heated gas molecules have a greater speed range which constantly varies due to constant collisions with other particles. The speed range can be described by the Maxwell-Boltzmann distribution. Use of this distribution implies ideal gases near thermodynamic equilibrium for the system of particles being considered.
Specific volumeExpanding gases link to changes in specific volume.Main article: Specific volume
The symbol used to represent specific volume in equations is "v" with SI units of cubic meters per kilogram.See also: Gas volume
The symbol used to represent volume in equations is "V" with SI units of cubic meters.
When performing a thermodynamic analysis, it is typical to speak of intensive and extensive properties. Properties which depend on the amount of gas (either by mass or volume) are called extensive properties, while properties that do not depend on the amount of gas are called intensive properties. Specific volume is an example of an intensiveproperty because it is the ratio of volume occupied by a unit of mass of a gas that is identical throughout a system at equilibrium.[11] 1000 atoms of protactinium as a gas occupy the same space as any other 1000 atoms for any given temperature and pressure. This concept is easier to visualize for solids such as iron which are incompressible compared to gases. When the seat ejection is initiated in the rocket sled image the specific volume increases with the expanding gases, while mass is conserved. Since a gas fills any container in which it is placed, volume is an extensive property.
DensityMain article: DensityThe symbol used to represent density in equations is ρ (pronounced rho) with SI units of kilograms per cubic meter. This term is the reciprocal of specific volume.
Since gas molecules can move freely within a container, their mass is normally characterized by density. Density is the mass per volume of a substance or simply, the inverse of specific volume. For gases, the density can vary over a wide range because the particles are free to move closer together when constrained by pressure or volume or both. This variation of density is referred to as compressibility. Like pressure and temperature, density is a state variable of a gas and the change in density during any process is governed by the laws of thermodynamics. For a static gas, the density is the same throughout the entire container. Density is therefore a scalar quantity; it is a simple physical quantity that has a magnitude but no direction associated with it. It can be shown by kinetic theory that the density is inversely proportional to the size of the container in which a fixed mass of gas is confined. In this case of a fixed mass, the density decreases as the volume increases.
MicroscopicIf one could observe a gas under a powerful microscope, one would see a collection of particles (molecules, atoms, ions, electrons, etc.) without any definite shape or volume that are in more or less random motion. These neutral gas particles only change direction when they collide with another particle or the sides of the container. By stipulating that these collisions are perfectly elastic, this substance is transformed from a real to an ideal gas. This particle or microscopic view of a gas is described by the Kinetic-molecular theory. All of the assumptions behind this theory can be found in the postulates section of Kinetic Theory. Kinetic theoryMain article: Kinetic theoryKinetic theory provides insight into the macroscopic properties of gases by considering their molecular composition and motion. Starting with the definitions of momentum and kinetic energy,[12] one can use the conservation of momentum and geometric relationships of a cube to relate macro system properties of temperature and pressure to the microscopic property of kinetic energy per molecule. The theory provides averaged values for these two properties.
The theory also explains how the gas system responds to change. For example, as a gas is heated from absolute zero, when it is (in theory) perfectly still, its internal energy (temperature) is increased. As a gas is heated, the particles speed up and its temperature rise. This results in greater numbers of collisions with the container sides each second due to the higher particle speeds associated with elevated temperatures. As the number of collisions (per unit time) increase on the surface area of the container, the pressure increases in a proportional manner.
Brownian motionRandom motion of gas particles results in diffusion.Main article: Brownian motion
Brownian motion is the mathematical model used to describe the random movement of particles suspended in a fluid. The gas particle animation, using pink and green particles, illustrates how this behavior results in the spreading out of gases (entropy). These events are also described by particle theory.
Since it is at the limit of (or beyond) current technology to observe individual gas particles (atoms or molecules), only theoretical calculations give suggestions as to how they move, but their motion is different from Brownian Motion. The reason is that Brownian Motion involves a smooth drag due to the frictional force of many gas molecules, punctuated by violent collisions of an individual (or several) gas molecule(s) with the particle. The particle (generally consisting of millions or billions of atoms) thus moves in a jagged course, yet not so jagged as would be expected if an individual gas molecule was examined.
Intermolecular forcesWhen gases are compressed, intermolecular forces like those shown here start to play a more active role.Main articles: van der Waals force and Intermolecular force
As discussed earlier, momentary attractions (or repulsions) between particles have an effect on gas dynamics. In physical chemistry, the name given to these intermolecular forces is van der Waals force. These forces play a key role in determining physical properties of a gas such as viscosity and flow rate (see physical characteristics section). Ignoring these forces in certain conditions (see Kinetic-molecular theory) allows a real gas to be treated like an ideal gas. This assumption allows the use of ideal gas laws which greatly simplifies the path to a solution.
Proper use of these gas relationships requires us to take one more look at the Kinetic-molecular theory (KMT). When these gas particles possess a magnetic charge or Intermolecular force they gradually influence one another as the spacing between them is reduced (the hydrogen bond model illustrates one example). In the absence of any charge, at some point when the spacing between gas particles is greatly reduced they can no longer avoid collisions between themselves at normal gas temperatures found in a lab. Another case for increased collisions among gas particles would include a fixed volume of gas, which upon heating would contain very fast particles. What this means to us is that these ideal equations provide reasonable results except for extremely high pressure [compressible] or high temperature [ionized] conditions. Notice that all of these excepted conditions allow energy transfer to take place within the gas system. The absence of these internal transfers is what is referred to as ideal conditions (perfect - or well behaved) in which the energy exchange occurs only at the boundaries of the system. Real gases experience some of these collisions and intermolecular forces. When these collisions are statistically negligible [incompressible], results from these ideal equations are still valid. At the other end of the spectrum, when the gas particles are compressed into close proximity they behave more like a liquid, and hence another connection to fluid dynamics.
Simplified modelsMain article: Equation of stateAn equation of state (for gases) is a mathematical model used to roughly describe or predict the state properties of a gas. At present, there is no single equation of state that accurately predicts the properties of all gases under all conditions. Therefore, a number of much more accurate equations of state have been developed for gases in specific temperature and pressure ranges. The "gas models" that are most widely discussed are "perfect gas", "ideal gas" and "real gas". Each of these models has its own set of assumptions to facilitate the analysis of a given thermodynamic system.[13] Each successive model expands the temperature range of coverage to which it applies. The image of first powered flight at Kitty Hawk, North Carolina illustrates one example on the successful application of these relationships in 1903. More recent examples include the 2009 maiden flights of the first solar powered aircraft, the Solar Impulse, and the first commercial airliner to be constructed primarily from composite materials, the Dreamliner. First flight at Kitty Hawk, NC.
Ideal and perfect gas modelsMain article: Perfect gasThe equation of state for an ideal or perfect gas is the ideal gas law and readsPV = nRT,
where P is the pressure, V is the volume, nis amount of gas (in mol units), R is the universal gas constant, 8.314 J/(mol K), and T is the temperature. Written this way, it is sometimes called the "chemist's version", since it emphasizes the number of molecules n. It can also be written asPV = ρRsT,
where Rs is the specific gas constant for a particular gas, in units J/(kg K). This notation is the "gas dynamicist's" version, which is more practical in modeling of gas flows involving acceleration without chemical reactions.
The ideal gas law does not make an assumption about the specific heat of a gas. In the most general case, the specific heat is a function of both temperature and pressure. If the pressure-dependence is neglected (and possibly the temperature-dependence as well) in a particular application, sometimes the gas is said to be a perfect gas, although the exact assumptions may vary depending on the author and/or field of science.
For an ideal gas, the ideal gas law applies without restrictions on the specific heat. An ideal gas is a simplified "real gas" with the assumption that the compressibility factor Z is set to 1 meaning that this pneumatic ratio remains constant. A compressibility factor of one also requires the four state variables to follow the ideal gas law.
This approximation is more suitable for applications in engineering although simpler models can be used to produce a "ball-park" range as to where the real solution should lie. An example where the "ideal gas approximation" would be suitable would be inside a combustion chamber of a jet engine.[14] It may also be useful to keep the elementary reactions and chemical dissociations for calculating emissions.
Real gas21 April 1990 eruption of Mount Redoubt, Alaska, illustrating real gases not in thermodynamic equilibrium.Main article: Real gas
Each one of the assumptions listed below adds to the complexity of the problem's solution. As the density of a gas increases with pressure rises, the intermolecular forces play a more substantial role in gas behavior which results in the ideal gas law no longer providing "reasonable" results. At the upper end of the engine temperature ranges (e.g. combustor sections - 1300 K), the complex fuel particles absorb internal energy by means of rotations and vibrations that cause their specific heats to vary from those of diatomic molecules and noble gases. At more than double that temperature, electronic excitation and dissociation of the gas particles begins to occur causing the pressure to adjust to a greater number of particles (transition from gas to plasma).[15] Finally, all of the thermodynamic processes were presumed to describe uniform gases whose velocities varied according to a fixed distribution. Using a non-equilibrium situation implies the flow field must be characterized in some manner to enable a solution. One of the first attempts to expand the boundaries of the ideal gas law was to include coverage for different thermodynamic processes by adjusting the equation to read pVn = constant and then varying the n through different values such as the specific heat ratio, γ.
Real gas effects include those adjustments made to account for a greater range of gas behavior:
- Compressibility effects (Z allowed to vary from 1.0)
- Variable heat capacity (specific heats vary with temperature)
- Van der Waals forces (related to compressibility, can substitute other equations of state)
- Non-equilibrium thermodynamic effects
- Issues with molecular dissociation and elementary reactions with variable composition.
For most applications, such a detailed analysis is excessive. Examples where "Real Gas effects" would have a significant impact would be on the Space Shuttle re-entry where extremely high temperatures and pressures are present or the gases produced during geological events as in the image of the 1990 eruption of Mount Redoubt.
Historical synthesisBoyle's lawBoyle's equipment.Main article: Boyle's law
Boyle's Law was perhaps the first expression of an equation of state. In 1662 Robert Boyle performed a series of experiments employing a J-shaped glass tube, which was sealed on one end. Mercury was added to the tube, trapping a fixed quantity of air in the short, sealed end of the tube. Then the volume of gas was carefully measured as additional mercury was added to the tube. The pressure of the gas could be determined by the difference between the mercury level in the short end of the tube and that in the long, open end. Through these experiments, Boyle noted that the gas volume varied inversely with the pressure.[16] The image of Boyle's Equipment shows some of the exotic tools used by Boyle during his study of gases.
- Boyle's Law - describes a gas in which the number of particles and Temperature are constant.
- PV = constant in this situation constant = nRT from the ideal gas law.
In 1787, the French physicist and balloon pioneer, Jacques Charles, found that oxygen, nitrogen, hydrogen, carbon dioxide, and air expand to the same extent over the same 80 kelvin interval.
In 1802, Joseph Louis Gay-Lussac published results of similar, though more extensive experiments, indicating a linear relationship between volume and temperature. Gay-Lussac credited Charle's earlier work by naming the law in his honor. In the absence of this linkage, Dalton could have been in contention for this honor for his previously published work on partial pressures.
- Law of Volumes - Both Charles and Gay-Lussac played a role in developing this relationship.[17]
- V/T = constant - notice that constant = nR/P from the ideal gas law.
Main article: Avogadro's law
In 1811, Amedeo Avogadro verified that equal volumes of pure gases contain the same number of particles. His theory was not generally accepted until 1858 when another Italian chemist Stanislao Cannizzaro was able to explain non-ideal exceptions. For his work with gases a century prior, the number that bears his name Avogadro's constant represents the number of atoms found in 12 grams of elemental carbon-12 (6.022×1023 mol−1). This specific number of gas particles, at standard temperature and pressure (ideal gas law) occupies 22.40 liters, which is referred to as the molar volume.
- Avogadro's Law - describes a gas in a container in which the pressure and temperature are constant. The simplified form for the ideal gas law follows:
- V/n = constant - notice that constant = RT/P from the ideal gas law.
In 1801, John Dalton published the Law of Partial Pressures from his work with ideal gas law relationship: The pressure of a mixture of gases is equal to the sum of the pressures of all of the constituent gases alone. Mathematically, this can be represented for n species as:
Pressuretotal = Pressure1 + Pressure2 + ... + Pressuren
The image of Dalton's journal depicts symbology he used as shorthand to record the path he followed. Among his key journal observations upon mixing unreactive "elastic fluids" (gases) were the following.[18]:
- Unlike liquids, heavier gases did not drift to the bottom upon mixing.
- Gas particle identity played no role in determining final pressure (they behaved as if their size was negligible).
Main article: Compressibility factor
Thermodynamicists use this factor (Z) to alter the ideal gas equation to account for compressibility effects of real gases. This factor represents the ratio of actual to ideal specific volumes. It is sometimes referred to as a "fudge-factor" or correction to expand the useful range of the ideal gas law for design purposes. Usually this Z value is very close to unity. The compressibility factor image illustrates how Z varies over a range of very cold temperatures.
Reynolds numberMain article: Reynolds numberIn fluid mechanics, the Reynolds number is the ratio of inertial forces (vsρ) to viscous forces (μ/L). It is one of the most important dimensionless numbers in fluid dynamics and is used, usually along with other dimensionless numbers, to provide a criterion for determining dynamic similitude. As such, the Reynolds number provides the link between modeling results (design) and the full-scale actual conditions. It can also be used to characterize the flow.
ViscositySatellite view of weather pattern in vicinity of Robinson Crusoe Islands on 15 September 1999, shows a unique turbulent cloud pattern called a Kármán vortex streetMain article: Viscosity
Viscosity, a physical property, is a measure of how well adjacent molecules stick to one another. A solid can withstand a shearing force due to the strength of these sticky intermolecular forces. A fluid will continuously deform when subjected to a similar load. While a gas has a lower value of viscosity than a liquid, it is still an observable property. If gases had no viscosity, then they would not stick to the surface of a wing and form a boundary layer. A study of the delta wing in the Schlieren image reveals that the gas particles stick to one another (see Boundary layer section).
TurbulenceDelta wing in wind tunnel. The shadows form as the indices of refraction change within the gas as it compresses on the leading edge of this wing.Main article: Turbulence
In fluid dynamics, turbulence or turbulent flow is a flow regime characterized by chaotic, stochastic property changes. This includes low momentum diffusion, high momentum convection, and rapid variation of pressure and velocity in space and time. The Satellite view of weather around Robinson Crusoe Islands illustrates just one example.
Boundary layerMain article: Boundary layerParticles will, in effect, "stick" to the surface of an object moving through it. This layer of particles is called the boundary layer. At the surface of the object, it is essentially static due to the friction of the surface. The object, with its boundary layer is effectively the new shape of the object that the rest of the molecules "see" as the object approaches. This boundary layer can separate from the surface, essentially creating a new surface and completely changing the flow path. The classical example of this is a stalling airfoil. The delta wing image clearly shows the boundary layer thickening as the gas flows from right to left along the leading edge.
Maximum entropy principleMain article: Principle of maximum entropyAs the total number of degrees of freedom approaches infinity, the system will be found in the macrostate that corresponds to the highest multiplicity. In order to illustrate this principle, observe the skin temperature of a frozen metal bar. Using a thermal image of the skin temperature, note the temperature distribution on the surface. This initial observation of temperature represents a "microstate." At some future time, a second observation of the skin temperature produces a second microstate. By continuing this observation process, it is possible to produce a series of microstates that illustrate the thermal history of the bar's surface. Characterization of this historical series of microstates is possible by choosing the macrostate that successfully classifies them all into a single grouping.
Thermodynamic equilibriumMain article: Thermodynamic equilibriumWhen energy transfer ceases from a system, this condition is referred to as thermodynamic equilibrium. Usually this condition implies the system and surroundings are at the same temperature so that heat no longer transfers between them. It also implies that external forces are balanced (volume does not change), and all chemical reactions within the system are complete. The timeline varies for these events depending on the system in question. A container of ice allowed to melt at room temperature takes hours, while in semiconductors the heat transfer that occurs in the device transition from an on to off state could be on the order of a few nanose
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geeze i really hope all this answers your question xoxox Introduction The U.S. economy uses biomass-based materials as a source of energy in many ways. Wood and agricultural residues are burned as a fuel for cogeneration of steam and electricity in the industrial sector. Biomass is used for power generation in the electricity sector and for space heating in residential and commercial buildings. Biomass can be converted to a liquid form for use as a transportation fuel, and research is being conducted on the production of fuels and chemicals from biomass. Biomass materials can also be used directly in the manufacture of a variety of products. In the electricity sector, biomass is used for power generation. The Energy Information Administration (EIA), in its Annual Energy Outlook 2002 (AEO2002) reference case,1 projects that biomass will generate 15.3 billion kilowatthours of electricity, or 0.3 percent of the projected 5,476 billion kilowatthours of total generation, in 2020. In scenarios that reflect the impact of a 20-percent renewable portfolio standard (RPS)2 and in scenarios that assume carbon dioxide emission reduction require- ments based on the Kyoto Protocol,3 electricity generation from biomass is projected to increase substantially. Therefore, it is critical to evaluate the practical limits and challenges faced by the U.S. biomass industry. This paper examines the range of costs, resource availability, regional variations, and other issues pertaining to biomass use for electricity generation. The methodology by which the National Energy ing System (NEMS) accounts for various types of biomass is discussed, and the underlying assumptions are explained. A major challenge in forecasting biomass energy growth is estimating resource potential. EIA has compiled available biomass resource estimates from Oak Ridge National Laboratory (ORNL),4 Antares Group, Inc.,5 and the U.S. Department of Agriculture (USDA).6 This paper discusses how these data are used for forecasting purposes and the implications of the resulting forecasts, focusing on biomass used in grid-connected electricity generation applications. Background Biomass has played a relatively small role in terms of the overall U.S. energy picture, supplying 3.2 quadrillion Btu of energy out of a total of 98.5 quadrillion Btu in 2000.7 The vast majority of it is used in the pulp and paper industries, where residues from production processes are combusted to produce steam and electricity. The industrial cogeneration sector consumed almost 2.0 quadrillion Btu of biomass in 2000. Outside the pulp and paper industries, only a small amount of biomass is used to produce electricity. There are power plants that combust biomass exclusively to generate electricity and facilities that mix biomass with coal (biomass co-firing plants). The electricity generation sector (excluding cogenerators) consumed about 0.7 quadrillion Btu of biomass in 2000. The remaining 0.5 quadrillion Btu of biomass was consumed in the residential and commercial sectors in the form of wood consumption for heating buildings. To put these numbers in perspective, the electricity generation sector consumed 20.5 quadrillion Btu of coal and 6.5 quadrillion Btu of natural gas in 2000.8 Biomass played a significant role among renewables in 2000, however, providing 48 percent of the energy coming from all renewable sources. In EIA's AEO2002 reference case projection, growth in demand for biomass is expected to be modest. In the AEO2002 high renewables case projection, the demand for biomass is higher than in the reference case due to assumptions of reduced initial capital cost9 and increased supply. In aggressive RPS cases,10 the demand for biomass is much higher than projected even in the high renewables case. Among many reasons for increased biomass utilization in those cases, environmental benefits are the most important. Compared with coal, biomass feedstocks have lower levels of sulfur or sulfur compounds.11 Therefore, substitution of biomass for coal in power plants has the effect of reducing sulfur dioxide (SO2) emissions. Demonstration tests have shown that biomass co-firing with coal12 can also lead to lower nitrogen oxide (NOx) emissions. Perhaps the most significant environmental benefit of biomass, however, is a potential reduction in carbon dioxide (CO2) emissions. A closed-loop process is defined as a process in which power is generated using feedstocks that are grown specifically for the purpose of energy production. Many varieties of energy crops are being considered, including hybrid willow, switchgrass, and hybrid poplar. If biomass is utilized in a closed-loop process, the entire process (planting, harvesting, transportation, and conversion to electricity) can be considered to be a small but positive net emitter of CO2. It is not precisely a net zero emission process in a life-cycle sense, because there are CO2 emissions associated with the harvesting, transportation, and feed preparation operations (such as moisture reduction, size reduction, and removal of impurities). However, those emissions are not the result of combustion of biomass but result instead from fuel consumption (mostly petroleum and natural gas) for harvesting, transportation, and feed preparation operations. Although biomass-based generation is assumed to yield no net emissions of CO2 because of the sequestration of biomass during the planting cycle, there are environmental impacts. Wood contains sulfur and nitrogen, which yield SO2 and NOx in the combustion process. However, the rate of emissions is significantly lower than that of coal-based generation. For example, per kilowatthour generated, biomass integrated gasification combined-cycle (BIGCC) generating plants can significantly reduce particulate emissions (by a factor of 4.5) in comparison with coal-based electricity generation processes.13 NOx emissions can be reduced by a factor of about 6 for dedicated BIGCC plants compared with average pulverized coal-fired plants.14 Biomass Technologies for Electricity Generation Both dedicated biomass and biomass co-firing are used in the electricity generation sector. New dedicated biomass capacity is represented in NEMS as BIGCC technology. It is assumed that hot gas filtration will be used for gas cleanup purposes in this technology. Hot gas cleanup technology is relatively new, and the U.S. Department of Energy (DOE) and many industrial partners are conducting tests to demonstrate the technology. The alternative to hot gas cleaning is low-temperature gas cleaning. In low-temperature cleaning the gas is quenched with water, and particulates are removed in a series of cyclone vessels. There are advantages and disadvantages associated with both processes. The advantages of cold gas cleaning are that it is commercially available, the capital cost is relatively low, and the systems are easier to operate than hot gas cleanup systems. The disadvantages of cold gas cleanup are that the cooling process, the cold gas cleanup system, and fuel gas recompression systems reduce the overall process efficiency by up to 10 percent. The gas turbines downstream of the gasifier require the gas at high temperatures and pressure, and therefore the gas that has just undergone cooling for cleanup purposes must be repressurized and reheated in order to conform to gas turbine inlet specifications. The advantages of the newer hot gas cleanup technology are that it allows the process to be operated at higher efficiencies and it generates less waste water than the cold gas cleanup processes. The disadvantages of the hot gas cleanup technology are that operational experience is limited, it has higher costs, and it adds complexity to the process; however, it is considered to be the technologically more advanced choice for new dedicated biomass plants. The McNeil Generating Station demonstration project in Burlington, Vermont, is an example of a biomass gasification plant. It has a capacity of 50 megawatts and supplies electricity to the residents of the City of Burlington. This is an existing wood combustion facility whose feedstock is waste wood from nearby forestry operations, including forest thinnings and discarded wood pallets. To this existing wood combustion facility a low-pressure wood gasifier has been added that is capable of converting 200 tons per day of wood chips into fuel gas. The fuel gas, fed directly into the existing boiler (Figure 1) augments the McNeil Station's capacity by an additional 12 megawatts. The system was designed and constructed in 1998 and attained fully operational status in August 2000. In addition to the Vermont project, DOE has funded five new advanced biomass gasification research and development projects beginning in 2001. Emery Recycling in Salt Lake City, Utah, will test new IGCC and integrated gasification and fuel cell (IGFC) concepts based on a new gasifier that uses segregated municipal solid waste, animal waste, and agricultural residues. Sebesta Blomberg in Roseville, Minnesota, has begun a project on an atmospheric gasifier with gas turbine at a malting facility, using barley residues and corn stover. Alliant Energy in Lansing, Iowa, is developing a new combined-cycle concept that involves a fluidized-bed pyrolyzer and uses corn stover as a feedstock. United Technologies Research Center in East Hartford, Connecticut, has begun a project that will test a biomass gasifier coupled with an aero-derivative turbine with fuel cell and steam turbine options, using clean wood residues and natural gas as feedstocks. Carolina Power and Light in Raleigh, North Carolina, will develop a biomass gasification process that will produce a reburning fuel stream for utility boilers, using clean wood residues. After completion of research and development tests, these projects are candidates for commercialization over the next few years.15 Biomass co-firing involves combining biomass material with coal in existing coal-fired boilers. Coal-fired boilers can handle a pre-mixed combination of coal and biomass in which the biomass is combined with the coal in the feed lot and fed through an existing coal feed system. Alternatively, boilers can be retrofitted with a separate feed system for the biomass such that the biomass and coal actually mix inside the boiler. Table 1 shows the power plants that currently are co-firing with biomass on a commercial basis. The portion of biomass consumed varies from less than 1 percent to about 8 percent of total heat input, with two exceptions: Excel Energy's Bay Front plant in Ashland, Wisconsin, and Tacoma Steam Plant Number 2, owned by Tacoma Public Utilities. The Bay Front Station can generate electricity using coal, wood, shredded rubber, and natural gas. Experience has shown that it is better to operate units 1 and 2 on 100 percent coal during periods of high load and on 100 percent biomass during off-peak periods. A blending of coal and biomass can cause ash fouling and slagging problems. Therefore, the heat input from biomass averages about 40 percent in this plant.16 Tacoma Public Utilities is a municipal utility that provides water, electricity, and rail services. Tacoma Steam Plant uses a fluidized-bed combustor that can co-fire wood, refuse-derived fuel, and coal. The plant runs for only as many hours as necessary to burn the refuse-derived fuel it receives. The City of Tacoma Refuse Utility has modified its resource recovery facility to produce refuse-derived fuel. The generating plant is paid $5.50 per ton to accept the refuse-derived fuel from the Refuse Utility. A memorandum of understanding between the Refuse Utility and Tacoma Public Utilities commits the latter to burn the refuse-derived fuel for electricity generation. Coal is the most expensive fuel for the plant, making it desirable to burn as much biomass as possible.17 The fuel mix varies from season to season, depending on the availability of biomass feedstocks. The cost of renovating the steam plant to co-fire the biomass fuel was about $45 million. Washington State's Department of Ecology provided a grant of $15 million to partially offset the renovation costs. Biomass for electricity generation is treated in four ways in NEMS: (1) new dedicated biomass or biomass gasification, (2) existing and new plants that co-fire biomass with coal, (3) existing plants that combust biomass directly in an open-loop process,18 and (4) biomass use in industrial cogeneration applications. Existing biomass plants are accounted for using information such as on-line years, efficiencies, heat rates, and retirement dates, obtained through EIA surveys of the electricity generation sector. Description of Biomass Supply Curves The biomass fuel price is calculated from regional supply curves, which are an input to the . The raw data for the supply schedules are available at the State or county level. These are aggregated to form the regional supply schedule by North American Electric Reliability Council (NERC) region. Supply schedules are aggregated for four fuel types: agricultural residues, energy crops, forestry residues, and urban wood waste/mill residues. Table 2 shows the biomass supply available in the United States. The data in Table 2 are based on survey and ing work by ORNL, the USDA, and Antares Group, Inc. Table 2 represents the maximum supply available in the various regions at a price of $5 per million Btu.19 A brief description of each type of biomass is provided below: * Agricultural residues are generated after each harvesting cycle of commodity crops. A portion of the remaining stalks and biomass material left on the ground can be collected and used for energy generation purposes. Residues of wheat straw and corn stover20 are included in the biomass supply schedule used in NEMS. Wheat straw and corn stover make up the majority of crop residues. * Energy crops are produced solely or primarily for use as feedstocks in energy generation processes. Energy crops includes hybrid poplar,21 hybrid willow,22 and switchgrass,23 grown on cropland acres currently cropped, idled, or in pasture, and in the Conservation Reserve Program (CRP).24 * Forestry residues are the biomass material remaining in forests that have been harvested for timber. Timber harvesting operations do not extract all biomass material, because only timber of certain quality is usable in processing facilities. Therefore, the residual material after a timber harvest is potentially available for energy generation purposes. Forestry residues are composed of logging residues, rough rotten salvageable wood, and excess small pole trees. * Urban wood waste/mill residues are waste woods from manufacturing operations that would otherwise be landfilled. The urban wood waste/mill residue category includes primary mill residues and urban wood such as pallets, construction waste, and demolition debris, which are not otherwise used. By 2020, the United States is estimated to have a maximum of 7.1 quadrillion Btu of biomass available at prices of $5 per million Btu or lower. Agricultural residues, forestry residues, and urban wood waste/mill residues are currently available. EIA also assumes that energy crops can become available on a commercial basis beginning in 2010. By 2020, the four biomass types are projected to be fairly evenly divided, with agricultural residues providing most of the supply and urban wood waste/mill residues providing the least amount at the high end of the supply curves. Figure 2 shows the variation in the resource as a function of price. A relatively small portion of the supply is available at $1 per million Btu or less. Feedstock cost is a contributing factor that keeps the growth of biomass-based electricity generation at low levels under AEO2002 reference case conditions. The available low-cost feedstock (<$1 per million Btu) is almost exclusively urban wood waste and mill residues. This category of biomass continues to be the only significant resource available at prices up to about $2 per million Btu. At that price level, agricultural residues become viable as a second source of biomass. Energy crops and forestry residues begin to make significant contributions at prices around $2.30 per million Btu or higher. A brief description of the methodology by which the supply curves are derived is provided below. Table 3 shows the biomass quantities, expressed in various units, that are projected to be available at different price levels. Agricultural Residue Supply Curve The underlying assumption behind the agricultural residue supply curve is that after each harvesting cycle of agricultural crops, a portion of the stalks can be collected and used for energy production. Agricultural residues cannot be completely extracted, because some of them have to remain in the soil to maintain soil quality (i.e., for erosion control, carbon content, and long-term productivity). It is assumed that 30 to 40 percent of the residues could be removed from the soil, depending on the State. In terms of acreage, the most important agricultural commodity crops being planted in the United States are listed in Table 4. Corn, wheat, and soybeans represent about 70 percent of total cropland harvested. The agricultural residue supply curve used in NEMS incorporates only the residues available from corn stover and wheat straws. While this may appear to understate the agricultural residues that are potentially available for energy production, there are compelling reasons for excluding other types of commodity crops. In the case of hay, the whole crop is harvested and fed to livestock; therefore, it is assumed that there would be no useful amount of residue available. An attempt has been made to produce alfalfa, pellet the leaves using adhesive materials, and use the stems as biomass. The processing costs were too high, however, and there was no market for alfalfa pellets in the United States. In the case of tobacco the whole plant is used, leaving little or no residue. Residue from soybeans is relatively small and tends to deteriorate rapidly in the field, making it unsuitable for collection and energy extraction. Barley, oats, rice, and rye are produced in relatively small geographical areas and thus are not likely to have an impact on the national biomass supply curve. The procedure for estimating the agricultural residue supply curve is as follows. Data on the quantities of corn and wheat produced in each State are available from the USDA.25 From the harvested quantities of corn and wheat grain, a certain amount must be subtracted, representing the amount that the farmer needs to leave on the soil in order to maintain organic matter and prevent erosion. The quantity of residue that must remain depends on the crop type and rotation, soil type, weather conditions, and the tillage system. ORNL is currently preparing detailed estimates of how much residue needs to remain on the soil, taking into consideration these factors. For NEMS, only State-wide average yields and soil carbon needs using a reduced till practice (somewhat similar to mulch till and continuous crop rotations) are being considered. The price of corn stover and wheat straw includes three components: the cost of collecting the residues, a transportation cost for transporting the material from the farm gate to the energy conversion facility, and a premium paid to farmers to encourage participation. For each harvest operation, a list of needed equipment is determined. Using standard engineering estimates consistent with those used by the USDA, the time per acre required to complete each operation and the cost per hour of using each piece of equipment are calculated. Both the premiums to farmers and the transportation costs are based on current market practices. Several companies purchase corn stover or wheat straw to produce bedding, insulating materials, particle board, paper, and chemicals. These firms typically pay $10 to $15 per dry ton ($0.58 to $0.87 per million Btu) to farmers to compensate for any lost nutrient or environmental penalties (such as land erosion) that result from harvesting the residues. Studies have shown that transporting giant round bales of switchgrass costs $5 to $15 per dry ton ($0.29 to $0.87 per million Btu) for distances of less than 50 miles. Because agricultural residue bales would be of similar size, weight, and density as switchgrass bales, it is assumed that the cost of transporting bales from the farm gate to the energy conversion facility would be $10 per dry ton ($0.58 per million Btu). It is assumed by ORNL that the premium that would have to be paid to farmers would amount to $10 per dry ton ($0.58 per million Btu), for a total premium and transportation cost of $20 per dry ton ($1.16 per million Btu). Energy Crop Supply Curve Energy crops are not currently being commercially grown in the United States. Demonstration programs are underway with DOE funding in Iowa and New York, including IES Utilities Inc.'s biomass co-firing project at its Ottumwa Station plant in Iowa, for which there are plans to produce 200,000 tons of switchgrass harvested from 40,000 to 50,000 acres of land; and NRG's Dunkirk Station at Dunkirk, New York, where willow from 400 acres of farmland is being co-fired with coal. Therefore, the energy crop supply curve in NEMS represents future resources that could be more profitable at different market prices for farmers to plant in place of existing uses of cropland. An important assumption is that energy crops will not become commercially available until 2010. The energy crop supply curve prepared by ORNL for EIA has three components: hybrid poplar, hybrid willow, and switchgrass. ORNL uses a called the Policy Analysis System (POLYSYS) to estimate the quantities of energy crops that could be produced at various prices. POLYSYS is an agricultural sector that forecasts the production of major agricultural crops. In addition, it has a livestock sector and food, feed, industrial, and export demand functions. POLYSYS was developed and is maintained by the Agricultural Policy Analysis Center at the University of Tennessee and is also used by the USDA Economic Research Service to conduct economic and policy analysis. The underlying assumption in the POLYSYS is that a farmer will plant and harvest energy crops only if the crop can be sold at a price that assures a profit higher than the profit made by producing conventional agricultural crops on the same piece of land. POLYSYS captures the interaction between energy crops and conventional crops when land is switched from conventional crops to energy crop production. As a joint project between USDA and DOE, POLYSYS has been modified to include dedicated energy crops. POLYSYS uses the 1999 USDA crop and livestock projection as a baseline and can be used to estimate deviations from that baseline. POLYSYS considers the availability of four types of cropland in the United States: acreage that is currently being planted with traditional crops, idled acreage, acreage in pasture, and acreage in the CRP. The assumes that energy crop production will be limited to areas that are climatically suited for their production, thus excluding all States in the Rocky Mountain and Western Plains regions. The rationale for these exclusions is that there is a natural rain gradient in the United States, as a result of which land to the west of the gradient generally requires irrigation for crop production, which may have significant environmental penalties. Irrigation has been excluded as a viable management practice for energy crop production. All land east of the rain gradient has been included in POLYSYS, but land to the west has been excluded. Future genetic improvements in energy crops could, however, extend this range. A POLYSYS run using assumptions that optimize the yield of biomass was used for NEMS.26 These assumptions apply only to the acreage under CRP programs and not to acreage currently planted, in pasture, or idle. Different management practices are assumed for CRP and non-CRP acres, because the CRP acres are among the most environmentally sensitive cropland and because CRP is explicitly an environmental program. Energy crop yields in the supply curve vary within and between States and are based on field trial data and expert opinion. Table 5 shows the energy crop yield assumptions that have been used for POLYSYS. The variation in yields is due to differences in weather and soil conditions across the country. The lowest yields are assumed to be in the Northern Plains and the highest in the heart of the corn belt, as is the pattern observed with traditional crops. In addition, POLYSYS assumes that different varieties of switchgrass, hybrid poplar, and willow are produced in different parts of the country, with different yield assumptions. Energy crop production costs are estimated using the same full-cost accounting approach that is used by USDA to estimate the cost of producing conventional crops.27 The approach includes both fixed costs (such as equipment) and variable costs (such as labor, fuel, seed, and fertilizers). Switchgrass stands are assumed to remain in production for 10 years before replanting, to be harvested annually, and to be delivered as large round bales. The plants can regenerate, and the same plant can continue to produce switchgrass for up to 10 years. It is assumed that new switchgrass varieties will have been developed after 10 years, and that it will be financially beneficial to plow under the existing switchgrass stand and replant with a new variety. Once established, a switchgrass field could be maintained in perpetuity, but the advantages of new, higher yield varieties would warrant periodic replanting. Hybrid poplars are assumed to be planted at spacings of 8 feet by 10 feet (545 trees per acre) and to be harvested after 6, 8, and 10 years of growth in the Pacific Northwest, southern United States, and northern United States, respectively. Harvesting is assumed to be by custom operation, and the product is assumed to be delivered as whole tree chips. Willow production is assumed only in the northern United States. Willows can technically be grown throughout the entire eastern United States, but limited research has been done for areas outside the Northeast and North Central regions. Willows are produced in a coppice system with a replant every 22 years. They are planted in 2 x 3 double rows (6,200 trees per acre) with first harvest in year 4 and subsequent harvests every 3 years for a total of 7 harvests. Willow is delivered as whole tree chips. In terms of product quality, hybrid poplar and willow contain about 45 to 50 percent moisture when harvested. The trees would typically be fed into a wood chipper, which generally would provide chips between 0.5 and 1 inch square and less than 0.25 inch thick. Switchgrass is harvested at about 15 percent moisture, baled, and generally ground in a tub grinder before use. It is assumed in POLYSYS that energy crops are produced if they generate a profit equal to or greater than those earned for existing agricultural uses of cropland. Energy crops compete for land not only with existing uses but also with each other. Under the assumed yields and management practices, switchgrass tes the biomass supply curve due to higher average yields and lower average production costs than hybrid poplar or willow. POLYSYS provides an estimate of the farm-gate price. To that price, an average transportation cost of $10 per dry ton (1997 dollars) is added to determine the plant-gate price. Forestry Residue Supply Curve The forestry residue supply curve was derived on the basis of work done by the USDA Forest Service (USDA-FS) and ORNL. The ORNL estimate of the availability of forestry residues is based on a 1984 USDA-FS study by McQuillan et al.,28 which analyzed several types of data, including forestry inventory, logging and chipping costs, hauling distances and costs, stocking densities, wood types, slope, and equipment operability constraints. The McQuillan study is the only such analysis with national coverage. More recent studies exist, but they are local or regional in scope. The fundamental approach used in the McQuillan study still remains valid. The input data were used to estimate regional supply schedules for softwood and hardwood chips for 1983 and to provide projections for 1990, 2010, and 2030. The USDA-FS study used estimates of "recoverability factors" that reduced the size of the inventory. Recoverability is used to account for the accessibility of the resource (i.e., existence of roads), whether the resource occurs in stands that are available, and how much of the resource can be retrieved (taking into account gathering problems with small pieces, breakage, etc.). The original data for the study came from a national inventory of "waste wood," which was defined as logging residues, rough rotten salvable wood, excess sapling, and small pole trees. The forestry residue supply curve used in NEMS is based on the 1984 USDA-FS analysis and a 1994 ORNL study by Turhollow and Cohn,29 which was revised in 1995 by Decision Analysis Corporation under contract to EIA.30 The amount of waste wood available has been updated using the most recent USDA-FS inventory data. Other adjustments to reflect the availability of waste wood include (1) the exclusion of sapling and small pole trees, (2) changes to the recoverability factors, (3) the addition of a nominal stumpage fee, and (4) conversion from 1980 dollars to 1998 dollars based on an index of agricultural prices paid. The modifications were implemented by ORNL, based on the following rationale: 1. Saplings as a source of waste wood generally do not become available below costs of $6 per million Btu (1998 dollars). Because of the relatively high cost of recovering sapling waste wood, it was excluded from the updated supply curves. The USDA-FS defines polewood as trees with greater than 5 inch dbh (diameter breast high) but smaller than saw timber trees. Although large quantities of pole trees become available at costs of about $3.60 per million Btu (1998 dollars) or higher, the polewood has potential to grow into future pulpwood or future saw timber inventory and, therefore, is not likely to be harvested by the forest products industry. 2. The recoverability factor is a resource reduction factor that takes into account three site-specific considerations: retrieval efficiency due to technology or equipment, site accessibility or existence of roads, and steepness of slopes. In modifying the recoverability factors, ORNL did not change the retrieval efficiency assumptions from those in the USDA-FS study (i.e., 50 percent of inventory is assumed to be recoverable); however, ORNL's changes to the site access and steep slope factors reduced the inventory of softwood and hardwood that could potentially be recovered to 54 percent and 43 percent of the existing inventory, respectively. ORNL assumed that cable or helicopter logging would be necessary on steep slopes, and that in either situation it would not be economical to haul out much of the low-value wood, such as cull or branches. 3. For live cull, sound wood, and logging residues a stumpage fee of $2 per dry ton was assumed. The stumpage fee represents a cost to acquire the materials, based on data that was provided to ORNL by USDA's Southern Research Station. 4. ORNL subtracted the cost of transporting forestry residues from collection sites to power plants. Therefore, the ORNL data for forestry residues represent the supply schedule at the collection point (i.e., at the edge of the forest). EIA assumes a transportation cost from the collection point to the power plant of $10 per dry ton, which is added to the forestry residue supply curve from ORNL. This constant transportation cost is applied to all regions in all years for agricultural residues, forestry residues, and energy crops. The spatial distribution of agricultural residues, energy crops, and forestry residues varies considerably. Transportation costs are dependent on spatial distribution and on the quantity needed by a facility.31 Therefore, the estimation of transportation costs is highly problematic for these resources. For example, the estimated transportation cost for supplying switchgrass to hypothetical facilities in Tennessee varies by 50 percent among facilities of the same size and increases on average by 30 percent when the facility demand changes from 100,000 dry tons per year to 630,000 dry tons per year. Similar or even larger variations can be expected with agricultural residues, because less is removed per acre at harvest, and thus the hauling distances would have to be greater to supply a given quantity of feedstock. There are also regional differences that result from differences in road regulations and labor costs. Estimating transportation costs for forestry residues is especially difficult, because they vary significantly depending on whether the chips are hauled on primary or secondary roads. There are no national studies that have examined the variations in transportation costs for different feedstocks, different regions, and different facility demands. For this reason, a uniform transportation cost of $10 per dry ton was assumed. The transportation cost for urban wood waste/mill residues, which are point sources of biomass, is calculated somewhat differently, as described below. Urban Wood Waste and Mill Residue Supply Curve Most of the residues in this category are waste wood from manufacturing operations and wood that would otherwise be landfilled. Antares Group, Inc., performed this analysis for EIA. Antares estimated the State-by-State available supplies of urban wood waste and mill residues. Urban wood waste is further broken down into wood yard trimmings, construction residues, demolition residues, and other waste wood, including discarded consumer wood products. The mill residues are further broken down into bark residues and wood residues, both from primary mills. When available, State-level data from existing reports were used to construct supply curves of urban wood waste and mill residues. When published State-level data were not available, quantities were estimated by disaggregating reported national quantities. The disaggregation from national to State-level data was done by using accepted "indicators" (such as housing start data) that are correlated with residue generation. The cost at which these residues can be obtained was estimated using processing costs, State-specific landfill tipping fees, and transportation costs. If a residue is typically landfilled, it was assumed that a 50-percent reduction in tipping fees would be offered at a waste collection facility as an incentive for people to take their wood waste to the collection facility instead of a landfill. The maximum distance beyond which transporting the residues would become prohibitive was assumed to be 100 miles from a potential biopower site. Costs were estimated for each residue type for hauling distances of 25, 50, 75, and 100 miles. An important assumption in this analysis, made by Antares, was that urban wood waste and mill residues would be considered to be available only if they are not currently being used for other productive purposes. In other words, it was assumed that if urban wood waste and mill residues are currently being used for any purpose, it would not be economically attractive to divert them to electricity generation at any price. Table 6 shows representative characteristics for different subcategories of urban wood waste and mill residues. The collection and processing costs are obtained from the available literature. While these are average collection and processing costs, the actual costs are expected to range from $0 to $8 per wet ton for mill residues and from $10 to $14 per wet ton for urban residues. A transportation cost is added to the collection and processing costs. The total expenditure in local transportation costs in 1996 was reported to be $122 billion (in 1996 dollars).32 Local trucking accounted for 506 billion ton-miles in 1996.33 This implies a national average local freight charge of about $0.24 per ton-mile (1996 dollars). For distances of 50, 75, and 100 miles around a co-firing facility, this would translate to transportation costs of $12, $18, and $24 per dry ton ($0.70, $1.05, and $1.40 per million Btu), respectively. The national average was converted to State averages using transportation price indexes for different geographical areas. For pallets, construction debris, and demolition debris, a particular State's major urban-based transportation indexes were used. For primary mill residues, the State's lowest transportation index was used to reflect the more rural nature of the location of wood processing centers. A supply curve for urban wood waste and mill residues was constructed using this methodology. Supply Curve Uncertainties Although a significant amount of effort has gone into estimating the available quantities of biomass supply, the following uncertainties still are associated with the numbers: * Perhaps the most significant uncertainty is the value of competing uses of biomass materials. For example, the mulch market consumes large amounts of waste biomass material. Different qualities of mulch are available at different prices. How much mulch and other biomass-derived materials can be diverted from their current markets into electricity generation and the prices at which such reallocations might take place are not well understood. * In agricultural waste, the significant uncertainty is in the impact of biomass removal on soil quality. A general consensus in the farming community that more agricultural residues need to be left on the soil to maintain soil quality could result in significant losses of biomass for electric power generation purposes. * In forestry residues, the unknown factor is the impact of changes in forest fire prevention policies on biomass availability. A policy whereby the vegetation in forests is reduced to minimize the potential for forest fires could significantly increase the quantity of forestry residues available. * Similarly, while the amount of material that is recycled from municipal solid waste streams has steadily grown, it is generally recognized that a significant portion of the municipal solid waste stream is still landfilled. An aggressive attempt to recycle more of the municipal solid waste stream might translate into less available biomass for electricity generation. Given these uncertainties, the current supply curves represent our best understanding of the availability of biomass at this point in time. Responses of the biomass, solid waste, agricultural waste, and forestry communities to market changes will determine the ultimate availability of biomass materials in the United States. Implementation in NEMS NEMS represents both dedicated biomass (BIGCC) and biomass co-firing plants for new capacity. BIGCC is treated in the same way as any other generation option in NEMS. In addition to the supply curves, which provide feedstock costs, NEMS needs the following BIGCC-specific inputs in order to generate the biomass forecast: capital cost, operating and maintenance cost (fixed and variable), project life, production tax credits, and heat rate. Table 7 shows the overnight capital costs assumed for BIGCC projects in the AEO2002 reference case. BIGCC plants are assumed to have a 4-year construction lead time. Therefore, for projects initiated in 2001, the earliest time that a plant could come on line would be 2005. The BIGCC capital cost assumption in the reference case is derived from a 1997 estimate published by DOE and the Electric Power Research Institute.34 The DOE/EPRI costs are adjusted upward to take into account greater uncertainties concerning the costs for the gasification portion of the plant as opposed to the gas conditioning/power generation portion of the plant. EIA assumptions are used in place of the published values for interest during construction and contingency costs. Figure 3 shows the capital costs used in NEMS for biomass, compared with the costs used for several other technologies. BIGCC, at $1,536 per kilowatt, has a relatively high capital cost in comparison with coal- and natural-gas-based generation technologies. BIGCC capital costs are higher than coal IGCC capital costs mainly as a result of the need for additional feed preparation equipment. Capital costs are assumed to decline over time as more units are built. Biomass co-firing is represented in NEMS by assuming that coal-fired capacity can be retrofitted for biomass co-firing at levels up to 5 percent on a heat input basis. It is assumed that, for such low levels of co-firing, no additional capital or operating and maintenance costs would be incurred. The biomass would be commingled with coal, and the mixture would be fed into the boiler through the existing coal feed system. Therefore, no new capital expenditure would be required. The existing coal feedlot operators would be able to manage the tasks of mixing biomass and coal without the need for additional labor. It is also assumed that the biomass co-firing limits will vary by region (Table 8). The regional limits are based on the availability of biomass and of coal-fired capacity. These are the maximum upper bounds on biomass co-firing. NEMS chooses lower levels of co-firing, depending on the other generation options available in each region. It has been suggested, based on demonstration-scale tests, that biomass co-firing could be carried out at higher levels by incurring an incremental capital cost.35 Incorporation of this capability into NEMS is currently being investigated. NEMS Projections
AEO2002 Reference Case Figure 4 shows the AEO2002reference case projection for biomass use in electricity generation. Biomass continues to be the largest nonhydroelectric renewable technology throughout the forecast horizon, growing from a capacity of about 6.7 gigawatts in 2000 to about 10.4 gigawatts by 2020, including dedicated biomass and industrial cogeneration (Table 9).36 In comparison, wind capacity, which has a much lower utilization rate than biomass, is projected to grow from about 2.4 gigawatts in 2000 to 9.1 gigawatts in 2020. Similarly, generation from biomass grows from 38.0 billion kilowatthours in 2000 to 64.3 billion kilowatthours by 2020 (Table 10). AEO2002 High Renewables Case AEO2002 also includes a high renewables case that assumes more favorable cost and performance characteristics for nonhydroelectric renewable energy technologies, including biomass, than are assumed in the reference case. The assumptions in the high renewables case include lower capital costs, lower operating and maintenance costs, and increased availability of biomass fuel supplies. Capital costs are assumed to be similar to those in the publication Renewable Energy Technology Characterizations.37 The costs are about 3 percent lower than those assumed in the reference case in the early years of the forecast period due to more optimistic assumptions about the costs for the gasification portion of the plant. In addition, it is assumed that operation and maintenance costs would be 14 percent lower than in the reference case, also based on the same document. The biomass supplies are increased by 10 percent at each step of the supply curve. Fossil and nuclear technology assumptions remain unchanged from those in the reference case. The basic trends in the high renewables case are similar to those in the reference case, but biomass capacity increases to 12.3 gigawatts by 2020 instead of 10.4 gigawatts in the reference case (Table 9). Generation from biomass plants increases to 76.0 billion kilowatthours by 2020, as compared with 64.3 billion kilowatthours in the reference case (Table 10). 10% and 20% RPS Cases EIA has analyzed the impact of imposing 10-percent and 20-percent renewable portfolio standards by 2020.38 The 10% RPS case assumed that a legislatively mandated nationwide RPS would require 10 percent of the Nation's electricity to be generated from nonhydroelectric renewable energy sources in 2020 and beyond. Similarly, the 20% RPS case assumed that a legislatively mandated nationwide RPS would require 20 percent of the Nation's electricity to be generated from nonhydroelectric renewable energy sources in 2020 and beyond. The RPS cases assumed the same NOx and SO2 caps as mandated by the Clean Air Act Amendments of 1990, which is the assumption made in the AEO2002 reference case. The biomass supply curves used for the RPS cases are the same as those used for the AEO2002reference case. The emissions caps are applied only to the electricity generation sector (excluding cogenerators) and are assumed to cover emissions from both utility-owned and independently owned electric power plants. In the 20% RPS case, as a result of the assumed nationwide legislative mandate, renewables are projected to enter the market much more rapidly than in the reference case (Tables 9 and 10). Figure 5 shows projected biomass consumption in the different cases. In the 20% RPS case, dedicated biomass is projected to provide 3.8 quadrillion Btu of energy for electricity generation by 2020. An additional 0.7 quadrillion Btu of biomass energy is projected to be consumed for co-firing and as ethanol derived from cellulose. Ethanol from cellulose utilizes biomass from the same supply curve as dedicated biomass and biomass co-firing, and thus the three biomass applications compete with each other for their respective feedstocks. The growth of biomass generation depends on the level of renewables required by the RPS. A low RPS requirement (such as 10 percent or less by 2020) would first be met by wind, which is more economical than biomass. In addition, biomass co-firing with coal is sensitive to the growth of other electricity generation technologies. In general, biomass co-firing with coal is more economical than biomass gasification; however, it is less economical than biomass gasification in scenarios where large amounts of coal-fired capacity are projected to be retired, such as cases which assume that U.S. emission reduction targets under the Kyoto Protocol will be met exclusively through reductions in domestic carbon dioxide emissions. In the 20% RPS case, biomass gasification grows substantially by 2020, and this translates into a large demand for biomass feedstocks, which increases the feedstock cost for co-firing, making the use of biomass for co-firing uneconomical relative to biomass gasification. The projected growth of biomass consumption in the 20% RPS case raises the question of whether or not there would be sufficient land to sustain the required level of biomass production. An analysis of the results of the 20% RPS case shows that there would be a requirement for approximately 9.6 to 14.4 million acres of land devoted to energy crops by 2020, depending on the yield obtained.39 There were 932 million acres of land in U.S. farms and ranches in 1997. The acreage devoted to farms and ranches has been declining steadily since the 1950s, at a rate of about 4.9 million acres per year.40 It is possible to grow biomass energy crops on CRP lands. Under the Farm Security and Rural Investment Act of 2002, signed into law on May 13, 2002, the acreage that can hi it works dnnnnnn
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ABANDONER
ABASER
ABATER
ABATOR
ABATTOIR
ABBREVIATOR
ABDICATOR
ABDUCTOR
ABETTER
ABETTOR
ABHOR
ABHORRER
ABIDER
ABJURER
ABLATOR
ABLER
ABNEGATOR
ABOLISHER
ABOMINATOR
ABORTER
ABRADER
ABRIDGER
ABROGATOR
ABRUPTER
ABSCONDER
ABSENTER
ABSOLUTER
ABSOLVER
ABSORBER
ABSTAINER
ABSTRACTER
ABSTRACTOR
ABSTRUSER
ABSURDER
ABUSER
ABUTTER
ACCEDER
ACCELERATOR
ACCELEROMETER
ACCENTOR
ACCEPTER
ACCEPTOR
ACCIPITER
ACCLAIMER
ACCLIMATIZER
ACCOMMODATOR
ACCOMPLISHER
ACCORDER
ACCOUCHEUR
ACCOUTER
ACCUMULATOR
ACCUSER
ACELLULAR
ACERBER
ACETABULAR
ACETIFIER
ACHIER
ACHIEVER
ACICULAR
ACIDIFIER
ACIDIMETER
ACINAR
ACQUIRER
ACQUISITOR
ACQUITTER
ACRIDER
ACTINOMETER
ACTIONER
ACTIVATOR
ACTOR
ACTUATOR
ACUTER
ACYCLOVIR
ADAPTER
ADAPTOR
ADDER
ADDRESSER
ADDRESSOR
ADDUCER
ADDUCTOR
ADEPTER
ADHERER
ADJUDICATOR
ADJURER
ADJUROR
ADJUSTER
ADJUSTOR
ADMINISTER
ADMINISTRATOR
ADMIRER
ADMITTER
ADMONISHER
ADMONITOR
ADOPTER
ADORER
ADORNER
ADROITER
ADSORBER
ADULATOR
ADULTERATOR
ADULTERER
ADVANCER
ADVENTURER
ADVERTISER
ADVISER
ADVISOR
ADVOCATOR
AERATOR
AERIER
AEROMETER
AERONOMER
AETHER
AFAR
AFFAIR
AFFECTER
AFFENPINSCHER
AFFIRMER
AFFIXER
AFFLICTER
AFFRAYER
AFLUTTER
AFTER
AFTERBURNER
AGAR
AGER
AGGER
AGGRANDIZER
AGGRESSOR
AGINNER
AGITATOR
AGLIMMER
AGLITTER
AGROFORESTER
AIDER
AIMER
AIR
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AIRLINER
AIRPOWER
AIRWORTHIER
AIVER
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ALABASTER
ALACHLOR
ALAR
ALASTOR
ALCAZAR
ALDER
ALEGAR
ALERTER
ALEXANDER
ALGOMETER
ALGOR
ALIENATOR
ALIENER
ALIENOR
ALIGNER
ALINER
ALKALIMETER
ALKALIZER
ALLAYER
ALLEGER
ALLEGORIZER
ALLEVIATOR
ALLIGATOR
ALLOBAR
ALLOCATOR
ALLOSAUR
ALLOTTER
ALLOVER
ALLURER
ALMEMAR
ALMNER
ALMONER
ALMSGIVER
ALPHABETIZER
ALTAR
ALTER
ALTERER
ALTERNATOR
ALTIMETER
ALTOGETHER
ALULAR
ALVEOLAR
AMALGAMATOR
AMASSER
AMATEUR
AMBASSADOR
AMBEER
AMBER
AMBIPOLAR
AMBLER
AMBULATOR
AMBUSCADER
AMBUSHER
AMEER
AMELIORATOR
AMENDER
AMERCER
AMIR
AMMETER
AMOUR
AMPHIMACER
AMPHITHEATER
AMPLER
AMPLIFIER
AMPULLAR
AMPUTATOR
AMUSER
ANALYSER
ANALYZER
ANAPHOR
ANCESTOR
ANCHOR
ANCIENTER
ANEAR
ANEMOMETER
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ANGLER
ANGRIER
ANGULAR
ANIMALIER
ANIMATER
ANIMATOR
ANKYLOSAUR
ANNEALER
ANNIHILATOR
ANNOTATOR
ANNOUNCER
ANNOYER
ANNULAR
ANNUNCIATOR
ANOINTER
ANOTHER
ANOVULAR
ANSWER
ANSWERER
ANTBEAR
ANTEATER
ANTECESSOR
ANTECHAMBER
ANTECHOIR
ANTENNULAR
ANTERIOR
ANTHER
ANTHOLOGIZER
ANTIAIR
ANTIAR
ANTIARMOR
ANTIBURGLAR
ANTIBUSER
ANTICANCER
ANTICAR
ANTICHLOR
ANTICHOICER
ANTICIPATOR
ANTICONSUMER
ANTIFILIBUSTER
ANTIFOREIGNER
ANTIFUR
ANTIHUNTER
ANTILABOR
ANTILIFER
ANTILITTER
ANTIMACASSAR
ANTIMATTER
ANTIMERGER
ANTINUCLEAR
ANTINUKER
ANTIPOLAR
ANTIPOPULAR
ANTIPREDATOR
ANTIQUER
ANTIRADAR
ANTISMOKER
ANTISOLAR
ANTITAKEOVER
ANTITRUSTER
ANTITUBERCULAR
ANTITUMOR
ANTIULCER
ANTIWAR
ANTIWEAR
ANTLER
ANTSIER
APATOSAUR
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APHORIZER
APOLOGIZER
APPARITOR
APPEALER
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APPLAUDER
APPLICATOR
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APPOINTOR
APPOSER
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APPRECIATOR
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ARBITRAGEUR
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ARIDER
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AROUSER
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ARRANGER
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ASSENTOR
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ASSIMILATOR
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ASSUROR
ASTER
ASTIR
ASTROLOGER
ASTRONOMER
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ATELIER
ATMOMETER
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ATTACHER
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ATTAINDER
ATTAINER
ATTAR
ATTEMPER
ATTEMPTER
ATTENDER
ATTENUATOR
ATTESTER
ATTESTOR
ATTRACTER
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ATWITTER
AUCTIONEER
AUDIOMETER
AUDITOR
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AUGMENTER
AUGMENTOR
AUGUR
AUGURER
AUGUSTER
AULDER
AUNTLIER
AURAR
AURICULAR
AUSLANDER
AUSTERER
AUTEUR
AUTHENTICATOR
AUTHOR
AUTHORIZER
AUTOBIOGRAPHER
AUTOMAKER
AUTOTRANSFORMER
AUTOWORKER
AVASCULAR
AVATAR
AVENGER
AVER
AVERTER
AVIATOR
AVICULAR
AVIGATOR
AVOIDER
AVOUCHER
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AVUNCULAR
AWAITER
AWAKENER
AWARDER
AWEATHER
AWFULLER
AWKWARDER
AXILLAR
AZOTOBACTER
BABBLER
BABIER
BACHELOR
BACILLAR
BACKBENCHER
BACKBITER
BACKBREAKER
BACKDOOR
BACKER
BACKGROUNDER
BACKHANDER
BACKLASHER
BACKPACKER
BACKSCATTER
BACKSLAPPER
BACKSLIDER
BACKSTABBER
BACKSTAIR
BACKWATER
BADDER
BADGER
BAFFLER
BAGGER
BAGGIER
BAGPIPER
BAHADUR
BAILER
BAILOR
BAIRNLIER
BAITER
BAKER
BALANCER
BALDER
BALER
BALISAUR
BALKER
BALKIER
BALLADEER
BALLASTER
BALLCARRIER
BALLER
BALLOTER
BALLPLAYER
BALLSIER
BALMIER
BALUSTER
BANDAGER
BANDER
BANDLEADER
BANDMASTER
BANDOLEER
BANDOLIER
BANGER
BANISHER
BANISTER
BANKER
BANKROLLER
BANNER
BANNISTER
BANQUETER
BANTER
BANTERER
BAPTIZER
BAR
BARBECUER
BARBER
BARDOLATER
BARER
BARGAINER
BARKEEPER
BARKER
BARKIER
BARMIER
BARNIER
BARNSTORMER
BAROCEPTOR
BAROMETER
BARORECEPTOR
BAROSAUR
BARRACKER
BARRATER
BARRATOR
BARRENER
BARRETOR
BARRIER
BARRISTER
BARTENDER
BARTER
BARTERER
BASELINER
BASER
BASHER
BASIFIER
BASILAR
BASTER
BATCHER
BATFOWLER
BATHER
BATHWATER
BATTENER
BATTER
BATTERER
BATTIER
BATTLER
BAULKIER
BAWDIER
BAWLER
BAYADEER
BAZAAR
BAZAR
BEACHCOMBER
BEACHGOER
BEACHIER
BEACHWEAR
BEADER
BEADIER
BEAKER
BEAKIER
BEAMIER
BEAR
BEARER
BEASTLIER
BEATER
BEAUTIFIER
BEAUTIFULLER
BEAVER
BEBOPPER
BECKONER
BECLAMOR
BEDCHAIR
BEDCHAMBER
BEDCOVER
BEDDER
BEDIAPER
BEDMAKER
BEDWARMER
BEDWETTER
BEECHIER
BEEFEATER
BEEFIER
BEEKEEPER
BEEPER
BEER
BEERIER
BEETLER
BEEZER
BEFINGER
BEFLOWER
BEFOULER
BEGETTER
BEGGAR
BEGINNER
BEGLAMOR
BEGLAMOUR
BEGRUDGER
BEGUILER
BEHAVER
BEHAVIOR
BEHAVIOUR
BEHEADER
BEHOLDER
BELABOR
BELABOUR
BELAYER
BELCHER
BELEAGUER
BELIER
BELIEVER
BELIQUOR
BELITTLER
BELLFLOWER
BELLOWER
BELLWETHER
BELLYACHER
BELTER
BEMURMUR
BENCHER
BENCHWARMER
BENDER
BENDIER
BENEFACTOR
BENEFITER
BEREAVER
BERSERKER
BESCOUR
BESEECHER
BESETTER
BESHIVER
BESIEGER
BESMEAR
BESMEARER
BESPATTER
BESTIR
BESTOWER
BETATTER
BETRAYER
BETTER
BETTOR
BEVELER
BEVELLER
BEVOR
BEWAILER
BEWILDER
BEWITCHER
BEWRAYER
BEZOAR
BIBBER
BIBLIOGRAPHER
BIBLIOLATER
BICKER
BICKERER
BICOLOR
BICOLOUR
BICYCLER
BIDDER
BIDER
BIER
BIFILAR
BIGGER
BIKER
BILANDER
BILAYER
BILGEWATER
BILGIER
BILINEAR
BILKER
BILLER
BILLETER
BILLOWIER
BILOBULAR
BILOCULAR
BIMESTER
BIMOLECULAR
BINDER
BINER
BINGER
BINOCULAR
BINUCLEAR
BIOENGINEER
BIOFOULER
BIOGEOGRAPHER
BIOGRAPHER
BIOMARKER
BIOMETER
BIOMOLECULAR
BIOPOLYMER
BIOREACTOR
BIOSENSOR
BIOTERROR
BIOVULAR
BIPOLAR
BIRDER
BIRLER
BIRR
BISECTOR
BISTER
BITCHIER
BITER
BITSIER
BITTER
BITTERER
BITTIER
BLABBER
BLACKAMOOR
BLACKBIRDER
BLACKENER
BLACKER
BLACKHANDER
BLACKLISTER
BLACKMAILER
BLACKWATER
BLADDER
BLADER
BLAMER
BLANCHER
BLANDER
BLANDISHER
BLANKER
BLANKETFLOWER
BLASPHEMER
BLASTER
BLASTIER
BLASTULAR
BLATHER
BLATHERER
BLATTER
BLAZER
BLAZONER
BLEACHER
BLEAKER
BLEAR
BLEARIER
BLEATER
BLEEDER
BLEEPER
BLEMISHER
BLENCHER
BLENDER
BLESSEDER
BLESSER
BLETHER
BLIGHTER
BLINDER
BLINKER
BLISTER
BLITHER
BLITZER
BLOATER
BLOCKADER
BLOCKBUSTER
BLOCKER
BLOCKIER
BLOGGER
BLONDER
BLOODIER
BLOODSUCKER
BLOOMER
BLOOMIER
BLOOPER
BLOTCHIER
BLOTTER
BLOTTIER
BLOUSIER
BLOWER
BLOWIER
BLOWSIER
BLOWZIER
BLUBBER
BLUBBERER
BLUCHER
BLUDGER
BLUELINER
BLUER
BLUESIER
BLUFFER
BLUNDER
BLUNDERER
BLUNGER
BLUNTER
BLUR
BLURRIER
BLURTER
BLUSHER
BLUSTER
BLUSTERER
BOAR
BOARDER
BOARDSAILOR
BOASTER
BOATBUILDER
BOATER
BOBBER
BOBSLEDDER
BODYBUILDER
BODYSURFER
BOGGIER
BOGGLER
BOILER
BOILERMAKER
BOILOVER
BOLAR
BOLDER
BOLIVAR
BOLOMETER
BOLSTER
BOLSTERER
BOLTER
BOMBARDER
BOMBARDIER
BOMBASTER
BOMBER
BONDER
BONDHOLDER
BONER
BONESETTER
BONEYER
BONIER
BONNIER
BONNYCLABBER
BONZER
BOODLER
BOOGER
BOOKBINDER
BOOKER
BOOKKEEPER
BOOKMAKER
BOOKMARKER
BOOKSELLER
BOOMER
BOOMIER
BOONDOGGLER
BOOR
BOOSTER
BOOTLEGGER
BOOTLICKER
BOOZER
BOOZIER
BOPPER
BORDER
BORDERER
BORER
BORROWER
BOSKER
BOSKIER
BOSSIER
BOTANIZER
BOTCHER
BOTCHIER
BOTHER
BOTTLER
BOTTOMER
BOUDOIR
BOULDER
BOULDERER
BOULEVARDIER
BOUNCER
BOUNCIER
BOUNDER
BOUVIER
BOWDLERIZER
BOWER
BOWHUNTER
BOWLDER
BOWLER
BOWYER
BOXCAR
BOXER
BOXIER
BOYAR
BOYCOTTER
BRABBLER
BRACER
BRACHIATOR
BRAGGER
BRAGGIER
BRAIDER
BRAILLER
BRAILLEWRITER
BRAINIER
BRAINPOWER
BRAINSTORMER
BRAINTEASER
BRAINWASHER
BRAKIER
BRAMBLIER
BRANCHIER
BRANDER
BRANNER
BRANNIER
BRASHER
BRASHIER
BRASIER
BRASSIER
BRATTIER
BRAUNSCHWEIGER
BRAVER
BRAWER
BRAWLER
BRAWLIER
BRAWNIER
BRAYER
BRAZER
BRAZIER
BREACHER
BREADWINNER
BREAKER
BREAKFASTER
BREAKWATER
BREASTSTROKER
BREATHER
BREATHIER
BREECHLOADER
BREEDER
BREEZIER
BREVIER
BREWER
BRIAR
BRIBER
BRICKIER
BRICKLAYER
BRIDLER
BRIEFER
BRIER
BRIGADIER
BRIGHTENER
BRIGHTER
BRIMMER
BRINER
BRINGER
BRINIER
BRISKER
BRISTLIER
BRITTLER
BROACHER
BROADCASTER
BROADENER
BROADER
BROIDER
BROIDERER
BROILER
BROKER
BRONCHIOLAR
BRONCHODILATOR
BRONCOBUSTER
BRONTOSAUR
BRONZER
BRONZIER
BROODER
BROODIER
BROOMBALLER
BROOMIER
BROTHER
BROWNER
BROWNIER
BROWNNOSER
BROWSER
BRR
BRRR
BRUISER
BRUITER
BRUNCHER
BRUSHER
BRUSHIER
BRUSKER
BRUSQUER
BUBBLER
BUBBLIER
BUCCANEER
BUCCINATOR
BUCKER
BUCKLER
BUDDER
BUDGER
BUDGERIGAR
BUDGETEER
BUDGETER
BUFFER
BUFFETER
BUFFIER
BUGBEAR
BUGGER
BUGGIER
BUGLER
BUHR
BUILDER
BULBAR
BULGER
BULGHUR
BULGIER
BULGUR
BULKIER
BULLBRIER
BULLDOGGER
BULLDOZER
BULLFIGHTER
BULLIER
BULLTERRIER
BUMBLER
BUMMER
BUMPER
BUMPIER
BUNCHIER
BUNDLER
BUNGLER
BUNKER
BUNTER
BUR
BURBLER
BURBLIER
BURDENER
BURGER
BURGHER
BURGLAR
BURGOMASTER
BURIER
BURKER
BURLER
BURLESQUER
BURLIER
BURNER
BURNISHER
BURR
BURRER
BURRIER
BURROWER
BURSAR
BURSTER
BUSBAR
BUSHELER
BUSHELLER
BUSHER
BUSHIER
BUSHMASTER
BUSHRANGER
BUSHWHACKER
BUSIER
BUSKER
BUSTER
BUSTIER
BUSTLER
BUTCHER
BUTCHERER
BUTLER
BUTTER
BUTTERBUR
BUTTERFLYER
BUTTERIER
BUTTONER
BUTTONHOLER
BUXOMER
BUYER
BUZZER
BYLINER
BYSTANDER
CABDRIVER
CABER
CABINETMAKER
CABLER
CACKLER
CADASTER
CADAVER
CADGER
CAESAR
CAGER
CAGIER
CAHIER
CAJOLER
CAKEWALKER
CAKIER
CALAMANDER
CALAMAR
CALCAR
CALCSPAR
CALCULATOR
CALENDAR
CALENDER
CALENDERER
CALIBER
CALIBRATOR
CALIPER
CALKER
CALLER
CALLIGRAPHER
CALLIPER
CALLOWER
CALMER
CALORIMETER
CALOYER
CALUMNIATOR
CALYCULAR
CALYPTER
CAMBER
CAMCORDER
CAMELEER
CAMELHAIR
CAMPAIGNER
CAMPER
CAMPHOR
CAMPIER
CAMPYLOBACTER
CANALICULAR
CANALLER
CANCELER
CANCELLER
CANCER
CANDIDER
CANDLEHOLDER
CANDLELIGHTER
CANDLEPOWER
CANDLER
CANDLESNUFFER
CANDOR
CANDOUR
CANEPHOR
CANER
CANICULAR
CANISTER
CANKER
CANNER
CANNIER
CANNISTER
CANNONEER
CANNULAR
CANOER
CANONIZER
CANTER
CANTILEVER
CANTOR
CANULAR
CANVASER
CANVASSER
CANYONEER
CAPABLER
CAPACITOR
CAPER
CAPERER
CAPITULAR
CAPMAKER
CAPONIER
CAPPER
CAPSOMER
CAPSULAR
CAPTIVATOR
CAPTOR
CAPTURER
CAR
CARABINEER
CARABINER
CARABINIER
CARACOLER
CARAVANER
CARAVANNER
CARBINEER
CARBUNCULAR
CARBURETOR
CARBURETTER
CARBURETTOR
CARDER
CARDHOLDER
CARDIOVASCULAR
CARDPLAYER
CARDSHARPER
CAREENER
CAREER
CAREERER
CAREFULLER
CAREGIVER
CARER
CARESSER
CARETAKER
CARILLONNEUR
CARJACKER
CARMAKER
CARNOSAUR
CAROLER
CAROLLER
CAROUSER
CARPENTER
CARPER
CARPETBAGGER
CARPOOLER
CARR
CARREFOUR
CARRIER
CARROTIER
CARRYOVER
CARTER
CARTOGRAPHER
CARTOPPER
CARTWHEELER
CARVER
CASEBEARER
CASEWORKER
CASHIER
CASTER
CASTIGATOR
CASTOR
CASTRATER
CASTRATOR
CATALOGER
CATALOGUER
CATALYZER
CATBRIER
CATCALLER
CATCHER
CATCHIER
CATECHIZER
CATER
CATERCORNER
CATERER
CATERPILLAR
CATHETER
CATNAPER
CATNAPPER
CATTIER
CAULIFLOWER
CAULKER
CAUSER
CAUTIONER
CAVALIER
CAVEATOR
CAVER
CAVIAR
CAVILER
CAVILLER
CAVORTER
CEDAR
CEDER
CEILER
CEILOMETER
CELEBRATOR
CELLAR
CELLARER
CELLULAR
CEMENTER
CENSER
CENSOR
CENSURER
CENTAUR
CENTER
CENTILITER
CENTIMETER
CENTNER
CENTRALER
CENTRALIZER
CEREBELLAR
CEREBROVASCULAR
CERTAINER
CERTIFIER
CHADAR
CHADOR
CHAFER
CHAFFER
CHAFFERER
CHAFFIER
CHAIR
CHALKIER
CHALLENGER
CHAMBER
CHAMFER
CHAMFERER
CHAMPER
CHANCELLOR
CHANCER
CHANCIER
CHANDELIER
CHANDLER
CHANGEOVER
CHANGER
CHANNELER
CHANSONNIER
CHANTER
CHANTICLEER
CHANTOR
CHAPITER
CHAPTER
CHAR
CHARACTER
CHARBROILER
CHARGER
CHARIER
CHARIOTEER
CHARMER
CHARMINGER
CHARR
CHARRIER
CHARTER
CHARTERER
CHASER
CHASSEUR
CHASTENER
CHASTER
CHASTISER
CHATTER
CHATTERER
CHATTIER
CHAUFER
CHAUFFER
CHAUFFEUR
CHAUNTER
CHAWER
CHEAPENER
CHEAPER
CHEATER
CHECKER
CHEDDAR
CHEDER
CHEEKIER
CHEEPER
CHEER
CHEERER
CHEERFULLER
CHEERIER
CHEERLEADER
CHEESEBURGER
CHEESIER
CHELATOR
CHEMORECEPTOR
CHEQUER
CHERISHER
CHERTIER
CHESTIER
CHEVALIER
CHEWER
CHEWIER
CHICANER
CHICER
CHICHIER
CHIDER
CHIEFER
CHIFFONIER
CHIGGER
CHILDLIER
CHILLER
CHILLIER
CHIMAR
CHIMER
CHINCHIER
CHINKIER
CHINTZIER
CHIPPER
CHIPPIER
CHIRKER
CHIROGRAPHER
CHIROMANCER
CHIROPRACTOR
CHIROPTER
CHIRPER
CHIRPIER
CHIRR
CHISELER
CHISELLER
CHITTER
CHLORINATOR
CHOCOLATIER
CHOICER
CHOIR
CHOIRMASTER
CHOKER
CHOKIER
CHOLER
CHOMPER
CHOOSER
CHOOSIER
CHOPPER
CHOPPIER
CHOREOGRAPHER
CHORISTER
CHOROGRAPHER
CHORTLER
CHOUSER
CHOWDER
CHROMATOGRAPHER
CHROMIER
CHROMOCENTER
CHRONICLER
CHRONOLOGER
CHRONOMETER
CHUBBIER
CHUCKLER
CHUDDAR
CHUDDER
CHUFFER
CHUFFIER
CHUGGER
CHUKAR
CHUKKAR
CHUKKER
CHUMMIER
CHUNKIER
CHUNTER
CHURCHGOER
CHURCHIER
CHURCHLIER
CHURNER
CHURR
CIDER
CIGAR
CINDER
CINEMAGOER
CINEMATOGRAPHER
CINGULAR
CINNABAR
CIPHER
CIPHERER
CIRCLER
CIRCULAR
CIRCULATOR
CIRCUMCENTER
CIRCUMCISER
CIRCUMLUNAR
CIRCUMNAVIGATOR
CIRCUMPOLAR
CIRCUMSTELLAR
CISLUNAR
CITATOR
CITER
CITHER
CIVILIZER
CLABBER
CLACKER
CLAIMER
CLAMBER
CLAMBERER
CLAMMER
CLAMMIER
CLAMOR
CLAMORER
CLAMOUR
CLAMPER
CLANGER
CLANGOR
CLANGOUR
CLANKIER
CLAPPER
CLAQUER
CLAQUEUR
CLARIFIER
CLASHER
CLASPER
CLASSER
CLASSIER
CLASSIFIER
CLATTER
CLATTERER
CLAVER
CLAVICULAR
CLAVIER
CLAWER
CLAWHAMMER
CLAYIER
CLEANER
CLEANLIER
CLEANSER
CLEAR
CLEARER
CLEAVER
CLENCHER
CLERKLIER
CLEVER
CLEVERER
CLICKER
CLIFFIER
CLIMBER
CLINCHER
CLINGER
CLINGIER
CLINKER
CLINOMETER
CLIPPER
CLIQUIER
CLOBBER
CLOCKER
CLODDIER
CLODHOPPER
CLOGGER
CLOGGIER
CLOISTER
CLONER
CLOSER
CLOTHIER
CLOUDIER
CLOUR
CLOUTER
CLOVER
CLOWDER
CLUBBER
CLUBBIER
CLUMBER
CLUMPIER
CLUMSIER
CLUNKER
CLUNKIER
CLUSTER
CLUTTER
CLYSTER
COACHER
COACTOR
COADJUTOR
COALER
COALIER
COANCHOR
COAPPEAR
COARSER
COASTER
COATER
COAUTHOR
COAXER
COBBER
COBBIER
COBBLER
COBWEBBIER
COCHAIR
COCHLEAR
COCKCHAFER
COCKER
COCKIER
COCKLEBUR
COCKSPUR
COCOMPOSER
COCONSPIRATOR
COCREATOR
COCURATOR
COCURRICULAR
CODDER
CODDLER
CODEBTOR
CODER
CODEVELOPER
CODGER
CODIFIER
CODIRECTOR
CODISCOVER
CODISCOVERER
CODRIVER
COEDITOR
COENAMOR
COERCER
COEXECUTOR
COFACTOR
COFFEEMAKER
COFFER
COFOUNDER
COGENERATOR
COGITATOR
COGNIZER
COHABITER
COHEIR
COHERER
COHOLDER
COIFFEUR
COILER
COINER
COINFER
COINSURER
COINTER
COINVENTOR
COINVESTIGATOR
COINVESTOR
COIR
COLANDER
COLCOTHAR
COLDER
COLEADER
COLESSOR
COLICKIER
COLINEAR
COLLABORATOR
COLLAR
COLLATOR
COLLECTOR
COLLEGER
COLLIDER
COLLIER
COLLIMATOR
COLLINEAR
COLLUDER
COLONIZER
COLOR
COLORER
COLORIMETER
COLORIZER
COLOUR
COLOURER
COLPORTEUR
COLTER
COLUMELLAR
COLUMNAR
COMAKER
COMANAGER
COMBATER
COMBER
COMBINER
COMBUSTOR
COMELIER
COMEMBER
COMER
COMETHER
COMFIER
COMFORTER
COMMANDEER
COMMANDER
COMMEMORATOR
COMMENCER
COMMENDER
COMMENTATOR
COMMENTER
COMMISSAR
COMMISSIONER
COMMONER
COMMUNER
COMMUNICATOR
COMMUTATOR
COMMUTER
COMONOMER
COMPACTER
COMPACTOR
COMPARATOR
COMPARER
COMPEER
COMPELLER
COMPENSATOR
COMPETITOR
COMPILER
COMPLAINER
COMPLEMENTIZER
COMPLETER
COMPLEXER
COMPLIER
COMPOSER
COMPOSITOR
COMPOSTER
COMPOUNDER
COMPRADOR
COMPRESSOR
COMPROMISER
COMPTROLLER
COMPURGATOR
COMPUTER
CONCEALER
CONCEDER
CONCEIVER
CONCENTER
CONCENTRATOR
CONCEPTUALIZER
CONCERTGOER
CONCERTMASTER
CONCERTMEISTER
CONCESSIONER
CONCILIAR
CONCILIATOR
CONCISER
CONCLUDER
CONCOCTER
CONCOCTOR
CONCUR
CONDEMNER
CONDEMNOR
CONDENSER
CONDITIONER
CONDOLER
CONDONER
CONDOR
CONDUCER
CONDUCTOR
CONDYLAR
CONEFLOWER
CONFABULATOR
CONFECTIONER
CONFER
CONFERRER
CONFESSOR
CONFIDER
CONFINER
CONFIRMER
CONFISCATOR
CONFITEOR
CONFORMER
CONFOUNDER
CONFRONTER
CONFUTER
CONGEALER
CONGENER
CONGER
CONGLOMERATEUR
CONGLOMERATOR
CONGRATULATOR
CONGREGATOR
CONIFER
CONJECTURER
CONJOINER
CONJURER
CONJUROR
CONKER
CONNECTER
CONNECTOR
CONNER
CONNIVER
CONNOISSEUR
CONQUER
CONQUERER
CONQUEROR
CONQUISTADOR
CONSECRATOR
CONSENTER
CONSERVATOR
CONSERVER
CONSIDER
CONSIGNER
CONSIGNOR
CONSOLER
CONSOLIDATOR
CONSPIRATOR
CONSPIRER
CONSTRICTOR
CONSTRUCTOR
CONSTRUER
CONSULAR
CONSULTER
CONSULTOR
CONSUMER
CONSUMMATOR
CONTACTOR
CONTAINER
CONTAMINATOR
CONTEMNER
CONTEMNOR
CONTEMPLATOR
CONTENDER
CONTESTER
CONTINUATOR
CONTINUER
CONTOUR
CONTRACTOR
CONTRADICTOR
CONTRAVENER
CONTRIBUTOR
CONTRIVER
CONTROLLER
CONTROVERTER
CONVECTOR
CONVENER
CONVENOR
CONVENTICLER
CONVENTIONEER
CONVERSER
CONVERTER
CONVERTOR
CONVEYANCER
CONVEYER
CONVEYOR
CONVINCER
CONVOKER
COOER
COOKER
COOLER
COOPER
COOPERATOR
COORDINATOR
COOTER
COPARCENER
COPARTNER
COPASTOR
COPER
COPIER
COPLANAR
COPOLYMER
COPPER
COPRISONER
COPROCESSOR
COPRODUCER
COPROMOTER
COPROPRIETOR
COPTER
COPUBLISHER
COPULAR
COPYHOLDER
COPYREADER
COPYWRITER
COR
CORDER
CORDWAINER
COREPRESSOR
CORER
CORESEARCHER
CORIANDER
CORKER
CORKIER
CORNER
CORNFLOWER
CORNIER
CORONER
CORPORATOR
CORPUSCULAR
CORRECTER
CORRECTOR
CORRELATOR
CORRIDOR
CORROBORATOR
CORRUPTER
CORRUPTOR
CORSAIR
CORULER
COSHER
COSIER
COSIGNER
COSMOGRAPHER
COSPONSOR
COSTAR
COSTER
COSTERMONGER
COSTLIER
COSTUMER
COSTUMIER
COTONEASTER
COTRANSFER
COTTAGER
COTTAR
COTTER
COTTIER
COTYLOSAUR
COUCHER
COUGAR
COUGHER
COULOIR
COULOMETER
COULTER
COUNCILLOR
COUNCILOR
COUNSELLOR
COUNSELOR
COUNTENANCER
COUNTER
COUNTERATTACKER
COUNTERFEITER
COUNTEROFFER
COUNTERORDER
COUNTERPLAYER
COUNTERPOWER
COUNTERPUNCHER
COUNTERREFORMER
COUNTERSNIPER
COUNTERTENOR
COUNTERTERROR
COUPLER
COURIER
COURSER
COURTER
COURTIER
COURTLIER
COUTER
COUTHER
COUTHIER
COUTURIER
COVENANTER
COVENANTOR
COVER
COVERER
COVETER
COWCATCHER
COWER
COWIER
COWINNER
COWORKER
COWPUNCHER
COWRITER
COYER
COZENER
COZIER
CRABBER
CRABBIER
CRABEATER
CRACKER
CRACKLIER
CRADLER
CRAFTER
CRAFTIER
CRAGGIER
CRAMMER
CRAMPIER
CRANKER
CRANKIER
CRAPPER
CRAPPIER
CRAPSHOOTER
CRASHER
CRASSER
CRATER
CRAVER
CRAWLER
CRAWLIER
CRAYONER
CRAZIER
CREAKIER
CREAMER
CREAMIER
CREASER
CREASIER
CREATOR
CREDITOR
CREEPER
CREEPIER
CREMATOR
CREPIER
CREPUSCULAR
CRIBBER
CRICKETER
CRIER
CRIMMER
CRIMPER
CRIMPIER
CRINGER
CRINKLIER
CRIPPLER
CRISPER
CRISPIER
CRITICASTER
CRITICIZER
CRITTER
CRITTUR
CROAKER
CROAKIER
CROCHETER
CROFTER
CROOKEDER
CROOKER
CROONER
CROPPER
CROSIER
CROSSBAR
CROSSBEARER
CROSSER
CROSSHAIR
CROSSOVER
CROUPIER
CROWBAR
CROWDER
CROWER
CROWKEEPER
CROWNER
CROZER
CROZIER
CRUCIFER
CRUCIFIER
CRUDDIER
CRUDER
CRUELER
CRUELLER
CRUISER
CRULLER
CRUMBER
CRUMBIER
CRUMBLIER
CRUMMIER
CRUMPLIER
CRUNCHER
CRUNCHIER
CRUOR
CRUPPER
CRUSADER
CRUSHER
CRUSTIER
CRYOMETER
CRYPTOGRAPHER
CRYSTALLIZER
CUBER
CUCKOOFLOWER
CUCUMBER
CUDBEAR
CUDDLER
CUDDLIER
CUDGELER
CUIRASSIER
CULLENDER
CULLER
CULTIVAR
CULTIVATOR
CULVER
CUMBER
CUMBERER
CUMMER
CUNCTATOR
CUNNER
CUNNINGER
CUPBEARER
CUPELER
CUPELLER
CUPPER
CUPPIER
CUPULAR
CUR
CURATOR
CURBER
CURDIER
CURDLER
CURER
CURIOUSER
CURLER
CURLIER
CURLPAPER
CURR
CURRICULAR
CURRIER
CURSEDER
CURSER
CURSOR
CURTAILER
CURTER
CURVIER
CURVILINEAR
CUSHIER
CUSPIDOR
CUSSER
CUSTOMER
CUSTOMIZER
CUTER
CUTESIER
CUTICULAR
CUTLER
CUTOVER
CUTTER
CUTWATER
CYBER
CYCLECAR
CYCLER
CYCLOMETER
CYDER
CYLINDER
CYMAR
CYMBALEER
CYMBALER
CYPHER
CYTASTER
CZAR
DABBER
DABBLER
DABSTER
DACKER
DAFFIER
DAFTER
DAGGER
DAIKER
DAINTIER
DALLIER
DAMAGER
DAMAR
DAMMAR
DAMMER
DAMNEDER
DAMNER
DAMPENER
DAMPER
DANCER
DANDER
DANDIER
DANDLER
DANGER
DANGLER
DANGLIER
DANKER
DANSEUR
DAPPER
DAPPERER
DARBAR
DARER
DARKENER
DARKER
DARKLIER
DARNEDER
DARNER
DARTER
DASHER
DASHIER
DASYMETER
DATER
DAUBER
DAUBIER
DAUGHTER
DAUNDER
DAUNTER
DAWDLER
DAYDREAMER
DAYFLOWER
DAYSTAR
DAYWORKER
DAZZLER
DEACTIVATOR
DEADENER
DEADER
DEADLIER
DEADPANNER
DEAERATOR
DEAFER
DEAIR
DEALER
DEAR
DEARER
DEBAR
DEBARKER
DEBASER
DEBATER
DEBAUCHER
DEBONAIR
DEBONER
DEBRIEFER
DEBTOR
DEBUGGER
DEBUNKER
DECALITER
DECAMETER
DECANTER
DECAPITATOR
DECARBONIZER
DECAYER
DECEIVER
DECELERATOR
DECEMVIR
DECENTER
DECIDER
DECILITER
DECIMATOR
DECIMETER
DECIPHER
DECIPHERER
DECKER
DECLAIMER
DECLARER
DECLINER
DECODER
DECOLOR
DECOLORIZER
DECOLOUR
DECOMPOSER
DECONSTRUCTOR
DECONTAMINATOR
DECOR
DECORATOR
DECORTICATOR
DECOUPLER
DECOYER
DECREER
DECRIER
DEDICATOR
DEEDIER
DEEMSTER
DEEPENER
DEEPER
DEEPWATER
DEER
DEERSTALKER
DEFACER
DEFALCATOR
DEFAMER
DEFAULTER
DEFEATER
DEFECATOR
DEFECTOR
DEFENDER
DEFER
DEFERRER
DEFFER
DEFIBRILLATOR
DEFIER
DEFILER
DEFINER
DEFLATER
DEFLATOR
DEFLECTOR
DEFLOWER
DEFLOWERER
DEFOAMER
DEFOGGER
DEFOLIATOR
DEFORCER
DEFORMER
DEFRAGGER
DEFRAUDER
DEFRAYER
DEFROSTER
DEFTER
DEFUSER
DEGASSER
DEGAUSSER
DEGENDER
DEGRADER
DEGREASER
DEHORNER
DEHUMIDIFIER
DEHYDRATOR
DEICER
DEIFIER
DEIONIZER
DEJEUNER
DEKALITER
DEKAMETER
DELATOR
DELAYER
DELEGATOR
DELIGHTER
DELIMITER
DELINEATOR
DELIVER
DELIVERER
DELOUSER
DELUDER
DELUSTER
DELVER
DEMAGNETIZER
DEMANDER
DEMEANOR
DEMEANOUR
DEMERGER
DEMINERALIZER
DEMISEMIQUAVER
DEMISTER
DEMOCRATIZER
DEMODULATOR
DEMOGRAPHER
DEMOLISHER
DEMONSTRATOR
DEMORALIZER
DEMPSTER
DEMULTIPLEXER
DEMUR
DEMURER
DEMURRER
DEMYTHOLOGIZER
DENAR
DENDRIMER
DENIER
DENIGRATOR
DENITRIFIER
DENOMINATOR
DENOUNCER
DENSER
DENSITOMETER
DENUDER
DEODAR
DEODORIZER
DEOXIDIZER
DEPICTER
DEPICTOR
DEPILATOR
DEPLETER
DEPLORER
DEPLOYER
DEPOLARIZER
DEPORTER
DEPOSER
DEPOSITOR
DEPRAVER
DEPRECIATOR
DEPREDATOR
DEPRESSOR
DEPRIVER
DEPROGRAMMER
DEPURATOR
DERAILLEUR
DERANGER
DERIDER
DERINGER
DERIVER
DERNIER
DERRINGER
DESALINATOR
DESALTER
DESCANTER
DESCENDER
DESCRIBER
DESCRIER
DESCRIPTOR
DESECRATER
DESECRATOR
DESENSITIZER
DESERTER
DESERVER
DESICCATOR
DESIGNATOR
DESIGNER
DESILVER
DESIRER
DESOLATER
DESOLATOR
DESPAIR
DESPAIRER
DESPISER
DESPOILER
DESTRIER
DESTROYER
DESUGAR
DESULFUR
DETACHER
DETAILER
DETAINER
DETECTER
DETECTOR
DETER
DETERGER
DETERMINATOR
DETERMINER
DETERRER
DETESTER
DETHRONER
DETICKER
DETONATOR
DETOUR
DETRACTOR
DEVASTATOR
DEVELOPER
DEVIATOR
DEVISER
DEVISOR
DEVOIR
DEVOUR
DEVOURER
DEVOUTER
DEWAR
DEWATER
DEWATERER
DEWIER
DEWORMER
DEXTER
DIALER
DIALLER
DIALOGER
DIALOGUER
DIALYSER
DIALYZER
DIAMETER
DIAPER
DIAPIR
DIASTER
DIASTEREOISOMER
DIASTEREOMER
DIBBER
DIBBLER
DICER
DICIER
DICKER
DICKIER
DICTATOR
DICTIER
DIDAPPER
DIDDLER
DIEMAKER
DIESINKER
DIESTER
DIETER
DIETHER
DIFFER
DIFFRACTOMETER
DIFFUSER
DIFFUSOR
DIGESTER
DIGESTOR
DIGGER
DIGITIZER
DIKER
DILATATOR
DILATER
DILATOMETER
DILATOR
DILUTER
DILUTOR
DIMER
DIMETER
DIMMER
DIMPLIER
DINAR
DINER
DINGER
DINGIER
DINKIER
DINNER
DINOSAUR
DIOPTER
DIPLEXER
DIPOLAR
DIPPER
DIPPIER
DIRECTER
DIRECTOR
DIRER
DIRTIER
DISABLER
DISAPPEAR
DISAPPROVER
DISARMER
DISASTER
DISAVOWER
DISBAR
DISBELIEVER
DISBURSER
DISCARDER
DISCERNER
DISCHARGER
DISCIPLINER
DISCLAIMER
DISCLOSER
DISCOGRAPHER
DISCOLOR
DISCOLOUR
DISCOUNTER
DISCOURAGER
DISCOURSER
DISCOVER
DISCOVERER
DISCREETER
DISCRIMINATOR
DISCUSSER
DISENCHANTER
DISENCUMBER
DISENDOWER
DISEUR
DISFAVOR
DISFAVOUR
DISGRACER
DISGUISER
DISHIER
DISHONOR
DISHONORER
DISHWASHER
DISHWATER
DISINTEGRATOR
DISINTER
DISLIKER
DISMALER
DISMEMBER
DISOBEYER
DISORDER
DISPARAGER
DISPATCHER
DISPELLER
DISPENSER
DISPERSER
DISPLACER
DISPLAYER
DISPOSER
DISPOSSESSOR
DISPRAISER
DISPROVER
DISPUTER
DISREMEMBER
DISREPAIR
DISROBER
DISRUPTER
DISRUPTOR
DISSECTOR
DISSEISOR
DISSEIZOR
DISSEMBLER
DISSEMINATOR
DISSENTER
DISSERTATOR
DISSEVER
DISSIMILAR
DISSIMULATOR
DISSIPATER
DISSOLVER
DISSUADER
DISTEMPER
DISTENDER
DISTILLER
DISTINCTER
DISTORTER
DISTRAINER
DISTRAINOR
DISTRIBUTOR
DISTURBER
DISUNITER
DITCHDIGGER
DITCHER
DITHER
DITHERER
DITSIER
DITZIER
DIVER
DIVERSIFIER
DIVERTER
DIVERTICULAR
DIVIDER
DIVINER
DIVISOR
DIVORCER
DIVULGER
DIZZIER
DOBBER
DOCKER
DOCKMASTER
DOCKWORKER
DOCTOR
DOCUMENTER
DODDER
DODDERER
DODGER
DODGIER
DOER
DOFFER
DOGCATCHER
DOGEAR
DOGGER
DOGGIER
DOGGONEDER
DOGGONER
DOGMATIZER
DOGNAPER
DOGNAPPER
DOGROBBER
DOGSLEDDER
DOLEFULLER
DOLLAR
DOLOR
DOLOUR
DOMINATOR
DOMINEER
DOMINICKER
DONATOR
DONNICKER
DONNIKER
DONOR
DOODLER
DOOMIER
DOOMSAYER
DOOMSDAYER
DOOMSTER
DOOR
DOORKEEPER
DOOZER
DOPER
DOPESTER
DOPIER
DOPPELGANGER
DOR
DORKIER
DORMER
DORPER
DORR
DORSER
DOSER
DOSIMETER
DOSSER
DOSSIER
DOTER
DOTIER
DOTTER
DOTTIER
DOUBLEHEADER
DOUBLER
DOUBLESPEAKER
DOUBTER
DOUCEUR
DOUGHIER
DOUGHTIER
DOUR
DOURER
DOUSER
DOUZEPER
DOWAGER
DOWDIER
DOWER
DOWITCHER
DOWNER
DOWNHILLER
DOWNIER
DOWNPOUR
DOWNRIVER
DOWNSTAIR
DOWNSTATER
DOWNTOWNER
DOWSER
DOZER
DOZIER
DRABBER
DRAFFIER
DRAFTER
DRAFTIER
DRAGGER
DRAGGIER
DRAGSTER
DRAINER
DRAPER
DRAUGHTIER
DRAWBAR
DRAWER
DRAWLER
DRAWLIER
DREAMER
DREAMIER
DREAR
DREARIER
DREDGER
DREGGIER
DRENCHER
DRESSER
DRESSIER
DRESSMAKER
DRIBBLER
DRIER
DRIFTER
DRIFTIER
DRILLER
DRILLMASTER
DRINKER
DRIPPER
DRIPPIER
DRIVELER
DRIVELLER
DRIVER
DRIZZLIER
DROLLER
DRONER
DROOLIER
DROOPIER
DROPKICKER
DROPPER
DROSSIER
DROUGHTIER
DROUTHIER
DROVER
DROWNER
DROWSIER
DRUBBER
DRUDGER
DRUGGIER
DRUGMAKER
DRUMBEATER
DRUMLIER
DRUMMER
DRUNKER
DRYER
DRYSALTER
DUBBER
DUCKER
DUCKIER
DUELER
DUELLER
DUFFER
DUIKER
DULCIMER
DULLER
DUMBER
DUMBFOUNDER
DUMBWAITER
DUMPER
DUMPIER
DUMPSTER
DUNGIER
DUNKER
DUNNER
DUPER
DUPLEXER
DUPLICATOR
DURBAR
DURNEDER
DUROMETER
DURR
DUSKIER
DUSTCOVER
DUSTER
DUSTIER
DUUMVIR
DWARFER
DWEEBIER
DWELLER
DYER
DYNAMETER
DYNAMITER
DYNAMOMETER
DYNAMOTOR
DYVOUR
EAGER
EAGERER
EAR
EARLIER
EARNER
EARTHIER
EARTHLIER
EARTHMOVER
EARTHSHAKER
EARTHSTAR
EASIER
EASTER
EASTERNER
EATER
EAVESDROPPER
ECHOER
ECLAIR
ECLIPSER
ECONOMIZER
ECOTOUR
ECRASEUR
EDGER
EDGIER
EDIFIER
EDITOR
EDITORIALIZER
EDUCATOR
EDUCTOR
EELIER
EERIER
EFFACER
EFFECTER
EFFECTOR
EGER
EGGAR
EGGBEATER
EGGER
EIDER
EIGENVECTOR
EITHER
EJACULATOR
EJECTOR
ELASTOMER
ELATER
ELDER
ELECTIONEER
ELECTIONEERER
ELECTOR
ELECTROMETER
ELECTROTYPER
ELEVATOR
ELICITOR
ELIMINATOR
ELIXIR
ELMIER
ELOIGNER
ELOINER
ELOPER
ELUCIDATOR
ELUDER
ELUTRIATOR
ELVER
EMANATOR
EMANCIPATOR
EMASCULATOR
EMBALMER
EMBAR
EMBELLISHER
EMBER
EMBEZZLER
EMBITTER
EMBLAZER
EMBLAZONER
EMBODIER
EMBORDER
EMBOSSER
EMBOWER
EMBRACEOR
EMBRACER
EMBROIDER
EMBROIDERER
EMBROILER
EMEER
EMENDATOR
EMENDER
EMIR
EMITTER
EMMER
EMOTER
EMPALER
EMPEROR
EMPLOYER
EMPOWER
EMPTIER
EMULATOR
EMULSIFIER
ENABLER
ENACTOR
ENAMELER
ENAMELLER
ENAMOR
ENAMOUR
ENANTIOMER
ENCHANTER
ENCHASER
ENCIPHER
ENCIPHERER
ENCLOSER
ENCODER
ENCOUNTER
ENCOURAGER
ENCROACHER
ENCUMBER
ENCUMBRANCER
ENDANGER
ENDEAR
ENDEAVOR
ENDEAVOUR
ENDER
ENDORSER
ENDORSOR
ENDOWER
ENDPAPER
ENDURER
ENERGIZER
ENERVATOR
ENFEEBLER
ENFETTER
ENFEVER
ENFOLDER
ENFORCER
ENGAGER
ENGENDER
ENGINEER
ENGRAVER
ENGROSSER
ENHANCER
ENJOINDER
ENJOINER
ENJOYER
ENKINDLER
ENLARGER
ENLISTER
ENLIVENER
ENNOBLER
ENREGISTER
ENRICHER
ENROBER
ENROLLER
ENSLAVER
ENSNARER
ENSURER
ENTAILER
ENTANGLER
ENTER
ENTERER
ENTERPRISER
ENTERTAINER
ENTICER
ENTRAINER
ENTRAPPER
ENTREPRENEUR
ENUMERATOR
ENUNCIATOR
ENVELOPER
ENVIER
EPHOR
EPICENTER
EPICUTICULAR
EPIGRAMMATIZER
EPIGRAPHER
EPILATOR
EPIMER
EPISTLER
EPISTOLER
EQUALISER
EQUALIZER
EQUATOR
EQUIANGULAR
EQUILIBRATOR
EQUIMOLAR
EQUIPPER
EQUIVOCATOR
ER
ERADICATOR
ERASER
ERECTER
ERECTOR
ERGOMETER
ERR
ERROR
ESCALADER
ESCALATOR
ESCAPER
ESCAR
ESCHAR
ESCHEATOR
ESCHEWER
ESCOLAR
ESKAR
ESKER
ESPALIER
ESPOUSER
ESSAYER
ESTABLISHER
ESTER
ESTIMATOR
ESTIVATOR
ESTRANGER
ETCHER
ETHER
ETHERIZER
ETHNOGRAPHER
EUDIOMETER
EULOGIZER
EUPHEMIZER
EVACUATOR
EVADER
EVALUATOR
EVAPORATOR
EVENER
EVER
EVERTOR
EVICTOR
EVILDOER
EVILER
EVILLER
EVOCATOR
EVOKER
EVOLVER
EWER
EXACTER
EXACTOR
EXAGGERATOR
EXALTER
EXAMINER
EXCAVATOR
EXCEEDER
EXCELSIOR
EXCERPTER
EXCERPTOR
EXCHANGER
EXCHEQUER
EXCIMER
EXCITER
EXCITOR
EXCLAIMER
EXCLUDER
EXCOMMUNICATOR
EXCRETER
EXCUSER
EXECRATOR
EXECUTER
EXECUTIONER
EXECUTOR
EXEMPLAR
EXEQUATUR
EXERCISER
EXHAUSTER
EXHIBITER
EXHIBITIONER
EXHIBITOR
EXHORTER
EXHUMER
EXILER
EXORCISER
EXPANDER
EXPANDOR
EXPECTER
EXPEDITER
EXPEDITOR
EXPELLER
EXPENDER
EXPERIMENTER
EXPIATOR
EXPIRER
EXPLAINER
EXPLICATOR
EXPLODER
EXPLOITER
EXPLORER
EXPORTER
EXPOSER
EXPOSITOR
EXPOUNDER
EXPRESSER
EXPROPRIATOR
EXPUNGER
EXPURGATOR
EXTEMPORIZER
EXTENDER
EXTENSOMETER
EXTENSOR
EXTENUATOR
EXTERIOR
EXTERMINATOR
EXTEROCEPTOR
EXTINGUISHER
EXTIRPATOR
EXTOLLER
EXTORTER
EXTORTIONER
EXTRACELLULAR
EXTRACTOR
EXTRACURRICULAR
EXTRANUCLEAR
EXTRAPOLATOR
EXTRAVASCULAR
EXTRAVEHICULAR
EXTREMER
EXTRUDER
EYEBAR
EYEDROPPER
EYELINER
EYEOPENER
EYEPOPPER
EYER
EYEWATER
EYEWEAR
EYRIR
FABBER
FABLER
FABRICATOR
FABULAR
FABULATOR
FACER
FACILITATOR
FACTOR
FACULAR
FADDIER
FADER
FAGGIER
FAGOTER
FAINER
FAINTER
FAIR
FAIRER
FAIRGOER
FAIRLEADER
FAITOUR
FAKEER
FAKER
FAKIR
FALCONER
FALLER
FALSER
FALSIFIER
FALTER
FALTERER
FAMILIAR
FANCIER
FANNER
FANTASIZER
FAQIR
FAQUIR
FAR
FARADIZER
FARCER
FARCEUR
FARER
FARMER
FARMWORKER
FARRIER
FARTHER
FASCICULAR
FASCINATOR
FASHIONER
FASHIONMONGER
FASTBALLER
FASTENER
FASTER
FATHER
FATHOMER
FATTENER
FATTER
FATTIER
FAULTFINDER
FAULTIER
FAVOR
FAVORER
FAVOUR
FAVOURER
FAWNER
FAWNIER
FEAR
FEARER
FEARFULLER
FEASTER
FEATER
FEATHER
FEATHERIER
FEATLIER
FEDERATOR
FEEBLER
FEEDER
FEELER
FEIGNER
FEISTIER
FELDSCHER
FELDSHER
FELDSPAR
FELICITATOR
FELLATOR
FELLER
FELLMONGER
FELSPAR
FEMUR
FENCER
FENDER
FENNIER
FEOFFER
FEOFFOR
FER
FERMENTER
FERMENTOR
FERNIER
FERRETER
FERTILIZER
FERVOR
FERVOUR
FESTER
FESTIVALGOER
FETCHER
FETOR
FETTER
FETTERER
FEUAR
FEVER
FEWER
FEYER
FIAR
FIBBER
FIBER
FIBRILLAR
FIBROVASCULAR
FIBSTER
FIBULAR
FICKLER
FICTIONEER
FIDDLER
FIDGETER
FIELDER
FIERCER
FIERIER
FIFER
FIGEATER
FIGHTER
FIGURER
FILAR
FILCHER
FILER
FILIBUSTER
FILIBUSTERER
FILISTER
FILLER
FILLISTER
FILMER
FILMGOER
FILMIER
FILMMAKER
FILMSETTER
FILTER
FILTERER
FILTHIER
FINAGLER
FINALIZER
FINANCIER
FINDER
FINER
FINGER
FINGERER
FINICKIER
FINISHER
FINNICKIER
FINNIER
FIR
FIREBALLER
FIRECRACKER
FIREFIGHTER
FIREPOWER
FIRER
FIREWATER
FIRMER
FIRRIER
FISHER
FISHIER
FISHMONGER
FISTULAR
FITTER
FIVER
FIXER
FIZZER
FIZZIER
FLABBIER
FLAGELLAR
FLAGGER
FLAGGIER
FLAIR
FLAKER
FLAKIER
FLAMEPROOFER
FLAMER
FLAMETHROWER
FLAMIER
FLANEUR
FLANGER
FLANKER
FLAPPER
FLAPPIER
FLASHER
FLASHIER
FLASHOVER
FLATCAR
FLATLANDER
FLATLINER
FLATTENER
FLATTER
FLATTERER
FLAUNTER
FLAUNTIER
FLAVOR
FLAVORER
FLAVOUR
FLAWIER
FLAXIER
FLAYER
FLEAHOPPER
FLEDGIER
FLEECER
FLEECIER
FLEER
FLEETER
FLENSER
FLESHER
FLESHIER
FLESHLIER
FLETCHER
FLEXOR
FLEXTIMER
FLICHTER
FLICKER
FLIER
FLIGHTIER
FLIMFLAMMER
FLIMSIER
FLINCHER
FLINDER
FLINGER
FLINTIER
FLIPPER
FLIR
FLIRTER
FLIRTIER
FLITTER
FLIVVER
FLOATER
FLOATIER
FLOCCULATOR
FLOCKIER
FLOGGER
FLOODER
FLOODWATER
FLOOR
FLOORER
FLOORWALKER
FLOPOVER
FLOPPER
FLOPPIER
FLOSSER
FLOSSIER
FLOUNCIER
FLOUNDER
FLOUR
FLOURISHER
FLOUTER
FLOWER
FLOWERER
FLOWERIER
FLOWMETER
FLUBBER
FLUFFER
FLUFFIER
FLUIDIZER
FLUKIER
FLUNKER
FLUOR
FLUORESCER
FLUORIMETER
FLUOROMETER
FLUORSPAR
FLUSHER
FLUSTER
FLUTER
FLUTIER
FLUTTER
FLUTTERER
FLYCATCHER
FLYER
FLYOVER
FLYPAPER
FLYRODDER
FLYSWATTER
FLYTIER
FOAMER
FOAMFLOWER
FOAMIER
FOCUSER
FODDER
FOETOR
FOGGER
FOGGIER
FOLDER
FOLIAR
FOLKIER
FOLKSIER
FOLKSINGER
FOLLICULAR
FOLLOWER
FOMENTER
FONDER
FONDLER
FOOLHARDIER
FOOLISHER
FOOTBALLER
FOOTDRAGGER
FOOTER
FOOTGEAR
FOOTIER
FOOTLER
FOOTLOCKER
FOOTSLOGGER
FOOTWEAR
FOOZLER
FOR
FORAGER
FORAMINIFER
FORAYER
FORBEAR
FORBEARER
FORBIDDER
FORCER
FOREBEAR
FOREBODER
FORECASTER
FORECHECKER
FOREFATHER
FOREFINGER
FOREGATHER
FOREGOER
FOREIGNER
FOREMOTHER
FOREQUARTER
FORERUNNER
FORESEER
FORESHADOWER
FORESTALLER
FORESTER
FORESWEAR
FORETELLER
FOREVER
FORFEITER
FORGATHER
FORGER
FORGETTER
FORGIVER
FORGOER
FORKER
FORKIER
FORLORNER
FORMALIZER
FORMATTER
FORMER
FORMULARIZER
FORMULATOR
FORNICATOR
FORRADER
FORRARDER
FORSAKER
FORSWEAR
FORTIFIER
FORWARDER
FOSSICKER
FOSTER
FOSTERER
FOULER
FOUNDER
FOUR
FOURDRINIER
FOURTEENER
FOVEOLAR
FOWLER
FOXHUNTER
FOXIER
FOYER
FOZIER
FRACTIONATOR
FRACTUR
FRACTURER
FRAILER
FRAKTUR
FRAMER
FRANCHISER
FRANCHISOR
FRANKER
FRANKFURTER
FRATER
FRATERNIZER
FRAUDSTER
FREAKIER
FRECKLIER
FREEBASER
FREEBOOTER
FREEHOLDER
FREELANCER
FREELOADER
FREER
FREESTYLER
FREETHINKER
FREEWHEELER
FREEZER
FREIGHTER
FRENULAR
FREQUENTER
FRESCOER
FRESHENER
FRESHER
FRESHWATER
FRETTER
FRETTIER
FRIAR
FRIBBLER
FRIENDLIER
FRIER
FRILLER
FRILLIER
FRINGIER
FRISEUR
FRISKER
FRISKIER
FRITTER
FRITTERER
FRIVOLER
FRIVOLLER
FRIZER
FRIZZER
FRIZZIER
FRIZZLER
FRIZZLIER
FROGGIER
FROGHOPPER
FROLICKER
FRONDEUR
FRONTER
FRONTIER
FROSTIER
FROTHER
FROTHIER
FROTTEUR
FROUZIER
FROWNER
FROWSIER
FROWSTIER
FROWZIER
FRUITER
FRUITERER
FRUITFULLER
FRUITIER
FRUMPIER
FRYER
FUBAR
FUBSIER
FUEHRER
FUELER
FUELLER
FUGGIER
FUHRER
FULFILLER
FULLER
FULMAR
FUMBLER
FUMER
FUMIER
FUMIGATOR
FUNCTOR
FUNDER
FUNFAIR
FUNICULAR
FUNKER
FUNKIER
FUNNER
FUNNIER
FUR
FURBEARER
FURBISHER
FURCULAR
FURFUR
FURLER
FURNISHER
FUROR
FURRIER
FURRINER
FURROWER
FURTHER
FURTHERER
FURZIER
FUSILEER
FUSILIER
FUSSER
FUSSIER
FUSTIER
FUZZIER
GABBER
GABBIER
GABBLER
GADDER
GADGETEER
GAFFER
GAGER
GAGGER
GAGSTER
GAINER
GAINLIER
GAINSAYER
GAITER
GALLBLADDER
GALLERYGOER
GALLINIPPER
GALLOPER
GALVANIZER
GALVANOMETER
GAMBIER
GAMBIR
GAMBLER
GAMEKEEPER
GAMER
GAMESTER
GAMIER
GAMMER
GAMMIER
GAMMONER
GANDER
GANGBANGER
GANGBUSTER
GANGER
GANGLIAR
GANGLIER
GANGSTER
GANISTER
GANNISTER
GAOLER
GAPER
GAPPIER
GAR
GARBLER
GARDENER
GARGLER
GARLICKIER
GARNER
GARNISHER
GAROTTER
GARROTER
GARTER
GASALIER
GASCONADER
GASELIER
GASHER
GASHOLDER
GASIFIER
GASOLIER
GASOMETER
GASPER
GASSER
GASSIER
GASTER
GASTROVASCULAR
GASTRULAR
GATEKEEPER
GATER
GATHER
GATHERER
GATOR
GAUCHER
GAUDIER
GAUFFER
GAUGER
GAULEITER
GAUNTER
GAUR
GAUZIER
GAWKER
GAWKIER
GAWPER
GAYDAR
GAYER
GAZAR
GAZER
GAZETTEER
GAZUMPER
GEAR
GEEKIER
GEEZER
GELDER
GEMMIER
GENDER
GENERALIZER
GENERATOR
GENITOR
GENNAKER
GENTEELER
GENTLER
GENTRIFIER
GEOGRAPHER
GEOLOGER
GEOMANCER
GEOMETER
GERMANDER
GERMIER
GERRYMANDER
GESTICULATOR
GESTURER
GETTER
GEWURZTRAMINER
GEYSER
GHASTLIER
GHOSTIER
GHOSTLIER
GHOSTWRITER
GIAOUR
GIBBER
GIBER
GIDDIER
GIGGLER
GIGGLIER
GILDER
GILLER
GILLNETTER
GILLYFLOWER
GIMPIER
GINGER
GINNER
GINNIER
GIPPER
GIRDER
GIRDLER
GIRLIER
GIVER
GLABELLAR
GLACIER
GLADDENER
GLADDER
GLADIATOR
GLADIER
GLADIOLAR
GLADLIER
GLADSOMER
GLAIR
GLAIRIER
GLAMOR
GLAMORIZER
GLAMOUR
GLANCER
GLANDULAR
GLARIER
GLASSBLOWER
GLASSIER
GLASSMAKER
GLASSPAPER
GLASSWORKER
GLAZER
GLAZIER
GLEAMER
GLEAMIER
GLEANER
GLEETIER
GLIBBER
GLIDER
GLIMMER
GLIMPSER
GLINTIER
GLISSADER
GLISTER
GLITCHIER
GLITTER
GLITZIER
GLOATER
GLOBBIER
GLOBEFLOWER
GLOBULAR
GLOMERULAR
GLOOMIER
GLOPPIER
GLORIFIER
GLOSSATOR
GLOSSER
GLOSSIER
GLOSSOGRAPHER
GLOVER
GLOWER
GLUER
GLUIER
GLUMMER
GLUMPIER
GNAR
GNARLIER
GNARR
GNATCATCHER
GNATTIER
GNAWER
GOALKEEPER
GOALTENDER
GOATSUCKER
GOBBLER
GODDAUGHTER
GODFATHER
GODLIER
GODMOTHER
GOER
GOFER
GOFFER
GOGGLER
GOGGLIER
GOITER
GOLDENER
GOLDER
GOLFER
GOMER
GONDOLIER
GONER
GONIOMETER
GOOBER
GOODLIER
GOOFIER
GOOIER
GOONIER
GOOPIER
GOOSANDER
GOOSIER
GOPHER
GOR
GORGER
GORIER
GORMANDIZER
GORSIER
GOSPELER
GOSPELLER
GOSSAMER
GOSSIPER
GOSSIPMONGER
GOSSIPPER
GOUGER
GOUTIER
GOVERNOR
GRABBER
GRABBIER
GRABBLER
GRACEFULLER
GRADER
GRADIOMETER
GRADUATOR
GRAFTER
GRAINER
GRAINIER
GRAMMAR
GRANDDAUGHTER
GRANDER
GRANDEUR
GRANDFATHER
GRANDMOTHER
GRANDSIR
GRANDSTANDER
GRANGER
GRANTER
GRANTOR
GRANULAR
GRANULATOR
GRAPIER
GRAPPLER
GRASPER
GRASSHOPPER
GRASSIER
GRATEFULLER
GRATER
GRATIFIER
GRAVER
GRAVIMETER
GRAYER
GRAYWATER
GRAZER
GRAZIER
GREASER
GREASIER
GREATER
GREEDIER
GREENBACKER
GREENBRIER
GREENER
GREENGROCER
GREENIER
GREENKEEPER
GREENMAILER
GREENSKEEPER
GREETER
GRENADIER
GREWSOMER
GREYER
GRIDDER
GRIEVER
GRIFTER
GRILLER
GRIMACER
GRIMIER
GRIMMER
GRINDER
GRINNER
GRIPER
GRIPIER
GRIPPER
GRIPPIER
GRISLIER
GRISTER
GRISTLIER
GRITTER
GRITTIER
GRIZZLER
GRIZZLIER
GROANER
GROCER
GRODIER
GROGGIER
GROOMER
GROOVER
GROOVIER
GROPER
GROSSER
GROSSULAR
GROTTIER
GROUCHIER
GROUNDBREAKER
GROUNDER
GROUNDSKEEPER
GROUNDWATER
GROUPER
GROUSER
GROUTER
GROUTIER
GROVELER
GROVELLER
GROWER
GROWLER
GROWLIER
GROWTHIER
GRUBBER
GRUBBIER
GRUBSTAKER
GRUDGER
GRUELER
GRUELLER
GRUESOMER
GRUFFER
GRUFFIER
GRUMBLER
GRUMMER
GRUMPIER
GRUNGER
GRUNGIER
GRUNTER
GUAR
GUARANTOR
GUARDER
GUESSER
GUIDER
GUILDER
GUILTIER
GUITAR
GULAR
GULFIER
GULPER
GULPIER
GUMMER
GUMMIER
GUNFIGHTER
GUNKIER
GUNNER
GUNPAPER
GUNPOWDER
GUNRUNNER
GUNSLINGER
GUSHER
GUSHIER
GUSTIER
GUTSIER
GUTTER
GUTTIER
GUTTLER
GUZZLER
GYPPER
GYPSTER
GYRATOR
GYROSTABILIZER
HAAR
HABERDASHER
HACKER
HACKLER
HACKLIER
HADROSAUR
HAFTER
HAGGLER
HAGIOGRAPHER
HAGRIDER
HAILER
HAIR
HAIRCUTTER
HAIRDRESSER
HAIRIER
HAIRSPLITTER
HALER
HALLOWER
HALLUCINATOR
HALTER
HAMBURGER
HAMMER
HAMMERER
HAMMIER
HAMPER
HAMPERER
HAMSTER
HAMULAR
HANAPER
HANDCAR
HANDER
HANDICAPPER
HANDICRAFTER
HANDIER
HANDLEBAR
HANDLER
HANDOVER
HANDSOMER
HANDWORKER
HANDWRINGER
HANGAR
HANGER
HANGOVER
HANKER
HANKERER
HAPPIER
HARANGUER
HARASSER
HARBINGER
HARBOR
HARBORER
HARBORMASTER
HARBOUR
HARDCOVER
HARDENER
HARDER
HARDIER
HARKENER
HARMER
HARMONIZER
HARPER
HARPOONER
HARQUEBUSIER
HARRIER
HARROWER
HARSHER
HARVESTER
HASENPFEFFER
HASTENER
HASTIER
HATCHER
HATER
HATMAKER
HATTER
HAUGHTIER
HAULER
HAULIER
HAULMIER
HAUNTER
HAUTEUR
HAVER
HAVIOR
HAVIOUR
HAVOCKER
HAWKER
HAWSER
HAYER
HAYMAKER
HAZARDER
HAZER
HAZIER
HEADACHIER
HEADER
HEADGEAR
HEADHUNTER
HEADIER
HEADLINER
HEADMASTER
HEADQUARTER
HEADSHRINKER
HEADWAITER
HEADWATER
HEALER
HEALTHIER
HEAPER
HEAR
HEARER
HEARKENER
HEARTBREAKER
HEARTENER
HEARTIER
HEATER
HEATHER
HEATHIER
HEAVENLIER
HEAVER
HEAVIER
HECKLER
HECTOLITER
HECTOMETER
HECTOR
HEDER
HEDGEHOPPER
HEDGER
HEDGIER
HEEDER
HEELER
HEFTER
HEFTIER
HEIFER
HEIR
HEISTER
HELDENTENOR
HELICOPTER
HELIOMETER
HELLBENDER
HELLDIVER
HELLER
HELPER
HEMACYTOMETER
HEMIPTER
HEMMER
HEMOCYTOMETER
HEMPIER
HEMSTITCHER
HEPATOCELLULAR
HEPPER
HEPTACHLOR
HEPTAMETER
HER
HERBIER
HERDER
HEREAFTER
HEREINAFTER
HEREUNDER
HERITOR
HESITATER
HESITATOR
HEWER
HEXAMETER
HEXAPLAR
HEXER
HIBERNATOR
HIDER
HIGGLER
HIGHBINDER
HIGHCHAIR
HIGHER
HIGHFLIER
HIGHFLYER
HIGHLANDER
HIJACKER
HIKER
HILAR
HILLER
HILLIER
HINDER
HINDERER
HINDQUARTER
HINGER
HINKIER
HINTER
HIPHUGGER
HIPPER
HIPPIER
HIPSTER
HIRER
HISSER
HISSIER
HISTORIOGRAPHER
HITCHER
HITCHHIKER
HITHER
HITTER
HIZZONER
HOAR
HOARDER
HOARIER
HOARSER
HOAXER
HOBBER
HOBBLER
HOBNOBBER
HOCKER
HOER
HOGGER
HOISTER
HOKIER
HOLDER
HOLDOVER
HOLIDAYER
HOLIDAYMAKER
HOLIER
HOLLER
HOLLOWER
HOLOGRAPHER
HOLSTER
HOMAGER
HOMECOMER
HOMELIER
HOMEMAKER
HOMEOWNER
HOMER
HOMESCHOOLER
HOMESTEADER
HOMIER
HOMOGENIZER
HOMOLOGIZER
HOMONUCLEAR
HOMOPOLAR
HOMOPOLYMER
HONER
HONESTER
HONEYCREEPER
HONEYEATER
HONEYMOONER
HONKER
HONOR
HONORER
HONOUR
HONOURER
HOODIER
HOODWINKER
HOOFER
HOOKER
HOOKIER
HOOPER
HOOPSTER
HOOTER
HOOTIER
HOOVER
HOPER
HOPPER
HOPPIER
HORNIER
HOROLOGER
HORRIDER
HORROR
HORSECAR
HORSEHAIR
HORSEPLAYER
HORSEPOWER
HORSESHOER
HORSEWHIPPER
HORSIER
HOSER
HOSIER
HOSPODAR
HOSTELER
HOSTELLER
HOSTLER
HOTDOGGER
HOTELIER
HOTSPUR
HOTTER
HOUNDER
HOUR
HOUSEBOATER
HOUSEBREAKER
HOUSEFATHER
HOUSEHOLDER
HOUSEKEEPER
HOUSEMASTER
HOUSEMOTHER
HOUSEPAINTER
HOUSER
HOVER
HOVERER
HOWEVER
HOWITZER
HOWLER
HOWSOEVER
HUCKSTER
HUDDLER
HUFFIER
HUGER
HUGGER
HULKIER
HULLER
HUMANER
HUMANIZER
HUMBLER
HUMBUGGER
HUMDINGER
HUMIDIFIER
HUMIDOR
HUMMER
HUMOR
HUMOUR
HUMPER
HUMPIER
HUNGER
HUNGOVER
HUNGRIER
HUNKER
HUNKIER
HUNTER
HURDLER
HURLER
HURRIER
HURTER
HUSBANDER
HUSKER
HUSKIER
HUSSAR
HUSTLER
HYBRIDIZER
HYDRATOR
HYDROCRACKER
HYDROGRAPHER
HYDROMETEOR
HYDROMETER
HYDROPOWER
HYGROMETER
HYPER
HYPERMETER
HYPERPRODUCER
HYPERREACTOR
HYPOCENTER
HYPOTHECATOR
HYPSOMETER
ICEBOATER
ICEBREAKER
ICEMAKER
ICHOR
ICHTHYOSAUR
ICIER
ICKER
ICKIER
ICONOGRAPHER
IDEALIZER
IDENTIFIER
IDEOMOTOR
IDLER
IDOLATER
IDOLATOR
IDOLISER
IDOLIZER
IFFIER
IGNITER
IGNITOR
IGNORER
ILLER
ILLUMINATOR
ILLUSTRATOR
IMAGER
IMAGINER
IMBALMER
IMBIBER
IMBITTER
IMBOWER
IMITATOR
IMMENSER
IMMOBILIZER
IMMOLATOR
IMMORTALIZER
IMMUNIZER
IMMUNOMODULATOR
IMPACTER
IMPACTOR
IMPAIR
IMPAIRER
IMPALER
IMPARTER
IMPEACHER
IMPEDER
IMPELLER
IMPELLOR
IMPERATOR
IMPERSONATOR
IMPINGER
IMPLANTER
IMPLEADER
IMPLEMENTER
IMPLEMENTOR
IMPLORER
IMPORTER
IMPORTUNER
IMPOSER
IMPOSTER
IMPOSTOR
IMPOUNDER
IMPOVERISHER
IMPOWER
IMPREGNATOR
IMPRIMATUR
IMPRINTER
IMPROPER
IMPROVER
IMPROVISATOR
IMPROVISER
IMPROVISOR
IMPUGNER
IMPURER
IMPUTER
INANER
INAUGURATOR
INBREEDER
INCENTER
INCEPTOR
INCHER
INCINERATOR
INCISOR
INCITER
INCLINER
INCLINOMETER
INCLOSER
INCOMER
INCORPORATOR
INCREASER
INCUBATOR
INCULCATOR
INCUMBER
INCUR
INDAGATOR
INDECENTER
INDEMNIFIER
INDENTER
INDENTOR
INDEXER
INDICATOR
INDICTER
INDICTOR
INDINAVIR
INDITER
INDOCTRINATOR
INDOOR
INDORSER
INDORSOR
INDUCER
INDUCTOR
INDULGER
INDWELLER
INFECTER
INFECTOR
INFER
INFERIOR
INFERRER
INFESTER
INFIELDER
INFIGHTER
INFILTRATOR
INFLAMER
INFLATER
INFLATOR
INFLECTOR
INFLICTER
INFLICTOR
INFOLDER
INFORMER
INFRACTOR
INFRINGER
INFUNDIBULAR
INFUSER
INGATHER
INHABITER
INHALATOR
INHALER
INHAULER
INHERITOR
INHIBITER
INHIBITOR
INHOLDER
INHUMER
INITIALER
INITIATOR
INJECTOR
INJURER
INKER
INKIER
INLANDER
INLAYER
INLIER
INNER
INNKEEPER
INNOCENTER
INNOVATOR
INOCULATOR
INPOUR
INPUTTER
INQUIRER
INQUISITOR
INSANER
INSCRIBER
INSEMINATOR
INSERTER
INSETTER
INSIDER
INSINUATOR
INSISTER
INSNARER
INSOFAR
INSPECTOR
INSPIRATOR
INSPIRER
INSPISSATOR
INSTALLER
INSTANTER
INSTAR
INSTIGATOR
INSTILLER
INSTITUTER
INSTITUTOR
INSTRUCTOR
INSUFFLATOR
INSULAR
INSULATOR
INSULTER
INSURER
INTEGER
INTEGRATOR
INTELLIGENCER
INTENDER
INTENSER
INTENSIFIER
INTER
INTERBEHAVIOR
INTERCEDER
INTERCELLULAR
INTERCEPTER
INTERCEPTOR
INTERCESSOR
INTERCHANGER
INTERCLUSTER
INTERCOOLER
INTERCRATER
INTERDEALER
INTERDICTOR
INTERFERER
INTERFEROMETER
INTERFIBER
INTERGRANULAR
INTERIOR
INTERJECTOR
INTERLAMINAR
INTERLAYER
INTERLINEAR
INTERLINER
INTERLOBULAR
INTERLOCUTOR
INTERLOPER
INTERLUNAR
INTERMEDDLER
INTERMITTER
INTERMOLECULAR
INTERNUCLEAR
INTEROBSERVER
INTEROCEPTOR
INTERPELLATOR
INTERPLEADER
INTERPOLATOR
INTERPOSER
INTERPRETER
INTERROGATOR
INTERRUPTER
INTERRUPTOR
INTERSTELLAR
INTERVALOMETER
INTERVENER
INTERVENOR
INTERVIEWER
INTERWAR
INTIMATER
INTIMIDATOR
INTONER
INTRACELLULAR
INTRAMOLECULAR
INTRAMUSCULAR
INTRAOCULAR
INTRAPRENEUR
INTRAVASCULAR
INTRIGUER
INTRODUCER
INTROMITTER
INTRUDER
INUNDATOR
INVADER
INVALIDATOR
INVAR
INVEIGHER
INVEIGLER
INVENTER
INVENTOR
INVERTER
INVERTOR
INVESTIGATOR
INVESTOR
INVIGILATOR
INVIGORATOR
INVITER
INVOKER
INVOLVER
IODIZER
IODOPHOR
IONIZER
IONOMER
IRATER
IRONER
IRONMASTER
IRONMONGER
IRONWORKER
IRRADIATOR
IRREGULAR
IRRIGATOR
IRRITATOR
ISALLOBAR
ISLANDER
ISOBAR
ISOCHOR
ISOLATOR
ISOMER
ISSUER
ITCHIER
ITEMIZER
ITHER
IZAR
JABBER
JABBERER
JACAMAR
JACKER
JACKHAMMER
JAEGER
JAGER
JAGGEDER
JAGGER
JAGGIER
JAGUAR
JAILER
JAILOR
JAMMER
JAMMIER
JANGLER
JANGLIER
JANITOR
JAPANNER
JAPER
JAR
JARGONEER
JASPER
JAUNTIER
JAWBONER
JAWBREAKER
JAYHAWKER
JAYWALKER
JAZZER
JAZZIER
JEER
JEERER
JEMADAR
JEMIDAR
JERKER
JERKIER
JERKWATER
JESTER
JETLINER
JETTIER
JEWELER
JEWELLER
JIBBER
JIBER
JIGGER
JIGGIER
JIGGLIER
JILTER
JIMPER
JINGLER
JINGLIER
JINKER
JITTER
JITTERIER
JIVER
JIVIER
JOBBER
JOBHOLDER
JOCULAR
JODHPUR
JOGGER
JOGGLER
JOINDER
JOINER
JOINTER
JOKER
JOKESTER
JOKIER
JOLLIER
JOLTER
JOLTIER
JONGLEUR
JOSHER
JOSTLER
JOTTER
JOUNCIER
JOURNALIZER
JOURNEYER
JOUSTER
JOWAR
JOWLIER
JOYFULLER
JOYPOPPER
JOYRIDER
JUDDER
JUDGER
JUGGLER
JUGULAR
JUICER
JUICIER
JUMBLER
JUMPER
JUMPIER
JUNGLIER
JUNIOR
JUNIPER
JUNKER
JUNKETEER
JUNKETER
JUNKIER
JUROR
JUSTER
JUSTICIAR
JUSTIFIER
KABAR
KAFFIR
KAFIR
KAISER
KANTAR
KAPELLMEISTER
KARABINER
KASHER
KASHMIR
KATZENJAMMER
KAYAKER
KBAR
KEBAR
KEENER
KEEPER
KEESTER
KEFIR
KEGELER
KEGGER
KEGLER
KEIR
KEISTER
KELTER
KEYBOARDER
KEYNOTER
KEYPUNCHER
KEYSTER
KHADDAR
KIBBITZER
KIBITZER
KICKBOXER
KICKER
KICKIER
KIDDER
KIDNAPER
KIDNAPPER
KIER
KIESELGUHR
KIESELGUR
KIESTER
KILLDEER
KILLER
KILOBAR
KILOLITER
KILOMETER
KILTER
KINDER
KINDERGARTENER
KINDERGARTNER
KINDLER
KINDLIER
KINGFISHER
KINGLIER
KINGMAKER
KINKIER
KIPPER
KIPPERER
KIR
KISSER
KITER
KITTLER
KLEZMER
KLISTER
KLUDGIER
KLUTZIER
KNACKER
KNAPPER
KNAR
KNAUR
KNEADER
KNEELER
KNICKERBOCKER
KNIFER
KNITTER
KNITWEAR
KNOBBIER
KNOBBLIER
KNOCKER
KNOLLER
KNOTTER
KNOTTIER
KNOWER
KNOWINGER
KNUBBIER
KNUCKLEBALLER
KNUCKLER
KNUCKLIER
KNUR
KNURLIER
KOMONDOR
KOOKIER
KOR
KOSHER
KOTOWER
KOWTOWER
KRATER
KREUTZER
KREUZER
KRIMMER
KRONER
KRONOR
KRONUR
KRULLER
KULTUR
KVETCHER
KVETCHIER
KWASHIORKOR
KYAR
LAAGER
LABELER
LABELLER
LABIOVELAR
LABOR
LABORER
LABOUR
LABOURER
LABRADOR
LACER
LACHRYMATOR
LACIER
LACKER
LACKLUSTER
LACQUER
LACQUERER
LACRIMATOR
LACUNAR
LADDER
LADER
LADLER
LADYFINGER
LAGER
LAGGER
LAHAR
LAIR
LAKER
LAKIER
LAMBER
LAMBIER
LAMELLAR
LAMENTER
LAMER
LAMINAR
LAMINATOR
LAMISTER
LAMMERGEIER
LAMMERGEYER
LAMPLIGHTER
LAMPOONER
LAMSTER
LANCER
LANDER
LANDHOLDER
LANDLER
LANDLOPER
LANDLUBBER
LANDOWNER
LANDSCAPER
LANGLAUFER
LANGUISHER
LANGUOR
LANGUR
LANKER
LANKIER
LANNER
LAPPER
LAPSER
LAR
LARCENER
LARDER
LARDIER
LARGER
LARKER
LARKIER
LARKSPUR
LARRUPER
LASCAR
LASER
LASHER
LASHKAR
LASSOER
LASTER
LATECOMER
LATEENER
LATER
LATHER
LATHERER
LATHIER
LATICIFER
LATTER
LAUDATOR
LAUDER
LAUGHER
LAUGHTER
LAUNCHER
LAUNDER
LAUNDERER
LAVALIER
LAVEER
LAVENDER
LAVER
LAVISHER
LAWBREAKER
LAWGIVER
LAWMAKER
LAWNMOWER
LAWYER
LAXER
LAYER
LAYOVER
LAZAR
LAZIER
LEACHER
LEACHIER
LEADER
LEADIER
LEAFHOPPER
LEAFIER
LEAFLETEER
LEAFLETER
LEAGUER
LEAKER
LEAKIER
LEANER
LEAPER
LEAR
LEARIER
LEARNER
LEASEHOLDER
LEASER
LEATHER
LEAVER
LEAVIER
LECHER
LECTOR
LECTURER
LEDGER
LEDGIER
LEER
LEERIER
LEFTER
LEFTOVER
LEGALIZER
LEGATOR
LEGER
LEGGIER
LEGISLATOR
LEGITIMATOR
LEGITIMIZER
LEGWARMER
LEHR
LEISTER
LEKVAR
LEMUR
LENDER
LENGTHENER
LENGTHIER
LENTICULAR
LEPER
LESSER
LESSOR
LETTER
LETTERER
LEVANTER
LEVATOR
LEVELER
LEVELLER
LEVER
LEVIER
LEVITATOR
LEWDER
LEXICOGRAPHER
LIAR
LIBBER
LIBELER
LIBELLER
LIBER
LIBERALIZER
LIBERATOR
LICENCER
LICENSER
LICENSOR
LICKER
LICTOR
LIDAR
LIEDER
LIEFER
LIER
LIEVER
LIFER
LIFESAVER
LIFTER
LIGER
LIGHTENER
LIGHTER
LIGULAR
LIKELIER
LIKER
LIMBER
LIMBERER
LIMBIER
LIMEWATER
LIMIER
LIMITER
LIMMER
LIMNER
LIMPER
LIMPSIER
LINEAR
LINEBACKER
LINECASTER
LINER
LINGER
LINGERER
LINGIER
LINGULAR
LINIER
LINKER
LINOTYPER
LINTER
LINTIER
LIONISER
LIONIZER
LIPPER
LIPPIER
LIPREADER
LIQUEFIER
LIQUEUR
LIQUIDAMBAR
LIQUIDATOR
LIQUOR
LISPER
LISTENER
LISTER
LITER
LITERATOR
LITHER
LITHOGRAPHER
LITHOTRIPTER
LITHOTRIPTOR
LITIGATOR
LITTER
LITTERATEUR
LITTERER
LITTLER
LIVELIER
LIVENER
LIVER
LIVIER
LIVYER
LOADER
LOADMASTER
LOADSTAR
LOAFER
LOAMIER
LOANER
LOATHER
LOBAR
LOBBER
LOBBYER
LOBSTER
LOBSTERER
LOBULAR
LOCALIZER
LOCATER
LOCATOR
LOCKER
LOCKKEEPER
LOCKMAKER
LOCOMOTOR
LOCULAR
LODESTAR
LODGER
LOFTER
LOFTIER
LOGGER
LOGGIER
LOGIER
LOGROLLER
LOITER
LOITERER
LOLLER
LONELIER
LONER
LONGER
LONGHAIR
LONGSPUR
LONGUEUR
LOOKER
LOONIER
LOOPER
LOOPIER
LOOSENER
LOOSER
LOOTER
LOPER
LOPPER
LOPPIER
LORDLIER
LORIMER
LORINER
LOSER
LOTTER
LOUDER
LOUDLIER
LOUDSPEAKER
LOUNGER
LOUNGEWEAR
LOUR
LOUSIER
LOUVER
LOVELIER
LOVEMAKER
LOVER
LOWER
LOWLANDER
LOWLIER
LOWLIFER
LOWRIDER
LOYALER
LUBBER
LUBRICATOR
LUCIFER
LUCKIER
LUGER
LUGGER
LULLER
LUMBAR
LUMBER
LUMBERER
LUMPER
LUMPIER
LUNAR
LUNCHER
LUNGER
LUNIER
LUNISOLAR
LUNKER
LUNULAR
LUPANAR
LURCHER
LURER
LURKER
LUSHER
LUSTER
LUSTIER
LUTHIER
LYNCHER
LYOPHILIZER
LYSIMETER
MAAR
MACABER
MACER
MACERATER
MACERATOR
MACHINATOR
MACHZOR
MACROMOLECULAR
MACRONUCLEAR
MACULAR
MADDER
MAFFICKER
MAFTIR
MAGISTER
MAGNETIZER
MAGNETOMETER
MAGNIFIER
MAHZOR
MAIASAUR
MAIDENHAIR
MAILER
MAIMER
MAINLANDER
MAINLINER
MAINTAINER
MAIR
MAJOR
MAJUSCULAR
MAKAR
MAKEOVER
MAKER
MALADMINISTER
MALAR
MALEFACTOR
MALIGNER
MALINGER
MALINGERER
MALLEOLAR
MALMIER
MALODOR
MALPRACTITIONER
MALTIER
MALTREATER
MALTSTER
MAMMER
MAMZER
MANAGER
MANDATOR
MANDIBULAR
MANEUVER
MANEUVERER
MANGER
MANGIER
MANGLER
MANIFESTER
MANIPULAR
MANIPULATOR
MANLIER
MANNER
MANOMETER
MANOR
MANPOWER
MANSLAUGHTER
MANSLAYER
MANUFACTURER
MANURER
MAPMAKER
MAPPER
MAR
MARATHONER
MARAUDER
MARBLER
MARBLIER
MARCELLER
MARCHER
MARINER
MARKER
MARKETEER
MARKETER
MARKHOOR
MARKHOR
MARLIER
MARRER
MARRIER
MARSHIER
MARTYR
MASER
MASHER
MASKER
MASQUER
MASQUERADER
MASSACRER
MASSAGER
MASSETER
MASSEUR
MASSIER
MASTER
MASTERSINGER
MASTICATOR
MASTURBATOR
MATADOR
MATCHER
MATCHMAKER
MATER
MATERIALIZER
MATIER
MATTER
MATURER
MAUGER
MAULER
MAUNDER
MAUNDERER
MAXIMIZER
MAYFLOWER
MAYOR
MAZER
MAZIER
MEAGER
MEALIER
MEANDER
MEANDERER
MEANER
MEASLIER
MEASURER
MEATIER
MECHANIZER
MECHANORECEPTOR
MEDDLER
MEDIATOR
MEDITATOR
MEDLAR
MEDULLAR
MEEKER
MEETER
MEGABAR
MEGASTAR
MEISTER
MELDER
MELIORATOR
MELLOWER
MELODIZER
MELTER
MELTWATER
MEMBER
MEMOIR
MEMORITER
MEMORIZER
MENACER
MENDER
MENHIR
MENSWEAR
MENTIONER
MENTOR
MERCER
MERCHANDISER
MERER
MERGANSER
MERGER
MERRIER
MERRYMAKER
MESHIER
MESHUGGENER
MESMERIZER
MESSENGER
MESSIER
METACENTER
METALLOGRAPHER
METALWORKER
METAMER
METAPHOR
METEOR
METER
METHOXYCHLOR
METHYLATOR
METIER
MEWLER
MICAWBER
MICELLAR
MICKLER
MICROBAR
MICROBREWER
MICROCOMPUTER
MICROFIBRILLAR
MICROFILMER
MICROLITER
MICROMANAGER
MICROMETER
MICROMOLAR
MICROPHOTOMETER
MICROPROCESSOR
MICROPROJECTOR
MICROPUBLISHER
MICROPYLAR
MICROREADER
MICROTUBULAR
MICROVASCULAR
MICROVILLAR
MIDAIR
MIDDLER
MIDFIELDER
MIDLIFER
MIDSUMMER
MIDWINTER
MIDYEAR
MIFFIER
MIGHTIER
MIGRATOR
MIJNHEER
MILDER
MILER
MILKER
MILKIER
MILLEFLEUR
MILLER
MILLIBAR
MILLIER
MILLILITER
MILLIMETER
MILLIMOLAR
MILLINER
MILTER
MILTIER
MIMBAR
MIMER
MIMICKER
MINCER
MINCIER
MINDBLOWER
MINDER
MINELAYER
MINER
MINERALIZER
MINESWEEPER
MINGIER
MINGLER
MINIBAR
MINIBIKER
MINICAR
MINICOMPUTER
MINIMIZER
MINISTER
MINITOWER
MINIVER
MINNESINGER
MINOR
MINSTER
MINTER
MINTIER
MINUTER
MIR
MIRADOR
MIRIER
MIRKER
MIRKIER
MIRROR
MISALTER
MISAVER
MISBEHAVER
MISBEHAVIOR
MISBELIEVER
MISCALLER
MISCOLOR
MISCONCEIVER
MISDEALER
MISDEMEANOR
MISDOER
MISENTER
MISER
MISFEASOR
MISGUIDER
MISHANTER
MISHEAR
MISINFER
MISINTER
MISJOINDER
MISLABOR
MISLAYER
MISLEADER
MISLIKER
MISNOMER
MISNUMBER
MISORDER
MISPRIZER
MISQUOTER
MISREFER
MISREGISTER
MISREMEMBER
MISRENDER
MISSHAPER
MISSILEER
MISSIONER
MISSIONIZER
MISSTEER
MISTAKER
MISTER
MISTIER
MISTUTOR
MISUSER
MITER
MITERER
MITHER
MITIER
MITIGATOR
MIXER
MOANER
MOBBER
MOBILIZER
MOBSTER
MOCKER
MODELER
MODELLER
MODERATOR
MODERNER
MODERNIZER
MODESTER
MODIFIER
MODULAR
MODULATOR
MOHAIR
MOHUR
MOILER
MOISTENER
MOISTER
MOISTURIZER
MOLAR
MOLDER
MOLDIER
MOLECULAR
MOLESTER
MOLLIFIER
MOLLYCODDLER
MOLTER
MOMSER
MOMZER
MONEYER
MONEYLENDER
MONEYMAKER
MONGER
MONICKER
MONIKER
MONITOR
MONOCHROMATOR
MONOCULAR
MONOESTER
MONOGRAMMER
MONOLAYER
MONOMER
MONOMETER
MONOMOLECULAR
MONONUCLEAR
MONOPOLIZER
MONOVULAR
MONSEIGNEUR
MONSIEUR
MONSIGNOR
MONSTER
MOOCHER
MOODIER
MOONER
MOONFLOWER
MOONIER
MOONLIGHTER
MOONSHINER
MOOR
MOORIER
MOOTER
MOPER
MOPIER
MOPPER
MOR
MORALIZER
MOREOVER
MORTAR
MORTGAGER
MORTGAGOR
MORTIFIER
MORTISER
MORULAR
MOSASAUR
MOSHER
MOSSER
MOSSIER
MOTHER
MOTHIER
MOTHPROOFER
MOTIONER
MOTIVATOR
MOTLEYER
MOTLIER
MOTOR
MOTORBOATER
MOTORCAR
MOTTLER
MOUCHOIR
MOULDER
MOULDIER
MOULTER
MOUNTAINEER
MOUNTER
MOURNER
MOURNFULLER
MOUSER
MOUSIER
MOUTHBREEDER
MOUTHER
MOUTHIER
MOVER
MOVIEGOER
MOVIEMAKER
MOWER
MUCKER
MUCKIER
MUCKRAKER
MUCOR
MUDDER
MUDDIER
MUDDLER
MUDSKIPPER
MUDSLINGER
MUENSTER
MUFFINEER
MUFFLER
MUGGAR
MUGGER
MUGGIER
MUGGUR
MULETEER
MULLER
MULTIAUTHOR
MULTICAR
MULTICELLULAR
MULTICENTER
MULTICHARACTER
MULTICOLOR
MULTICONDUCTOR
MULTIEMPLOYER
MULTIFACTOR
MULTILAYER
MULTIMEMBER
MULTIMOLECULAR
MULTINUCLEAR
MULTIPARAMETER
MULTIPLAYER
MULTIPLEXER
MULTIPLEXOR
MULTIPLIER
MULTIPOLAR
MULTIPOWER
MULTIPROCESSOR
MULTIUSER
MULTIYEAR
MUMBLER
MUMMER
MUMPER
MUNCHER
MUNSTER
MURDER
MURDERER
MURKER
MURKIER
MURMUR
MURMURER
MURR
MURTHER
MUSCULAR
MUSER
MUSHER
MUSHIER
MUSKETEER
MUSKIER
MUSSIER
MUSTER
MUSTIER
MUTER
MUTILATOR
MUTINEER
MUTTER
MUTTERER
MUTULAR
MUZZIER
MUZZLER
MYLAR
MYNHEER
MYOFIBRILLAR
MYSTIFIER
MYTHICIZER
MYTHIER
MYTHMAKER
MYTHOGRAPHER
MYTHOLOGER
MYTHOLOGIZER
NABBER
NADIR
NAGGER
NAGGIER
NAILBITER
NAILER
NAIVER
NAKEDER
NAMER
NANOMETER
NAPPER
NAPPIER
NARRATER
NARRATOR
NARROWER
NASTIER
NATIONALIZER
NATTER
NATTIER
NAUGHTIER
NAVAR
NAVICULAR
NAVIGATOR
NAYSAYER
NEAR
NEARER
NEARLIER
NEATER
NEBULAR
NEBULIZER
NECKER
NECKWEAR
NECROMANCER
NECTAR
NEEDER
NEEDIER
NEEDLER
NEEDLEWORKER
NEGATER
NEGATOR
NEGLECTER
NEGLECTOR
NEGOTIATOR
NEIGHBOR
NEIGHBOUR
NEITHER
NEPHELOMETER
NERDIER
NERVIER
NESTER
NESTLER
NESTOR
NETHER
NETMINDER
NETTER
NETTIER
NETTLER
NETTLIER
NETWORKER
NEUROHUMOR
NEUROMUSCULAR
NEURULAR
NEUTER
NEUTRALIZER
NEVER
NEWCOMER
NEWER
NEWSCASTER
NEWSDEALER
NEWSIER
NEWSLETTER
NEWSMAKER
NEWSMONGER
NEWSPAPER
NEWSREADER
NEWWAVER
NEXTDOOR
NIBBLER
NICER
NICKER
NICKNAMER
NIFFER
NIFTIER
NIGGLER
NIGGLIER
NIGHER
NIGHTCLUBBER
NIGHTJAR
NIGHTWALKER
NIGHTWEAR
NIMBLER
NINNYHAMMER
NIPPER
NIPPIER
NITER
NITPICKER
NITPICKIER
NITRATOR
NITRIFIER
NITTIER
NOBBIER
NOBBLER
NOBLER
NODDER
NODULAR
NOIR
NOISEMAKER
NOISIER
NOMENCLATOR
NOMINATOR
NONACTOR
NONADMIRER
NONANSWER
NONATTENDER
NONAUTHOR
NONBELIEVER
NONBREEDER
NONCAREER
NONCARRIER
NONCELLULAR
NONCHARACTER
NONCHURCHGOER
NONCIRCULAR
NONCOLLECTOR
NONCOLLINEAR
NONCOLOR
NONCOMPETITOR
NONCOMPOSER
NONCOMPUTER
NONCONCUR
NONCONDUCTOR
NONCONFORMER
NONCONSUMER
NONCOOPERATOR
NONCOPLANAR
NONCROSSOVER
NONCUSTOMER
NONDANCER
NONDOCTOR
NONDOLLAR
NONDRINKER
NONDRIVER
NONFACTOR
NONFARMER
NONGOLFER
NONGRANULAR
NONHUNTER
NONJOINDER
NONJOINER
NONJUROR
NONKOSHER
NONLABOR
NONLANDOWNER
NONLAWYER
NONLINEAR
NONMAJOR
NONMEMBER
NONMOLECULAR
NONNUCLEAR
NONOWNER
NONPAR
NONPERFORMER
NONPHILOSOPHER
NONPLANAR
NONPLAYER
NONPOLAR
NONPOOR
NONPROGRAMMER
NONREACTOR
NONREADER
NONRESPONDER
NONRIOTER
NONRUBBER
NONSECRETOR
NONSIGNER
NONSKATER
NONSKIER
NONSMOKER
NONSOLAR
NONSPEAKER
NONSPECTACULAR
NONSTARTER
NONSUGAR
NONSWIMMER
NONTALKER
NONUSER
NONVASCULAR
NONVECTOR
NONVIEWER
NONVOTER
NONWAR
NONWORKER
NONWRITER
NOOSER
NOR
NORMALIZER
NORTHEASTER
NORTHER
NORTHWESTER
NOSHER
NOSIER
NOTCHER
NOTEPAPER
NOTER
NOTHER
NOTICER
NOTIFIER
NOURISHER
NOVELIZER
NOWHITHER
NUBBIER
NUBBLIER
NUCELLAR
NUCLEAR
NUCLEATOR
NUCLEOLAR
NUDER
NUDGER
NULLIFIER
NUMBER
NUMBERER
NUMERATOR
NUMMULAR
NURSER
NURTURER
NUTCRACKER
NUTSIER
NUTTER
NUTTIER
NUZZLER
OAKIER
OAR
OATER
OBEYER
OBJECTOR
OBLIGATOR
OBLIGER
OBLIGOR
OBLITERATOR
OBSCENER
OBSCURER
OBSERVER
OBSESSOR
OBSTRUCTOR
OBTAINER
OBTRUDER
OBTURATOR
OBTUSER
OBVIATOR
OCCULTER
OCCUPIER
OCCUR
OCEANOGRAPHER
OCELLAR
OCHER
OCKER
OCTAMETER
OCULAR
OCULOMOTOR
ODDER
ODDSMAKER
ODOMETER
ODOR
ODOUR
OFFENDER
OFFER
OFFERER
OFFEROR
OFFICEHOLDER
OFFICER
OFTENER
OFTER
OGLER
OHMMETER
OILER
OILIER
OILPAPER
OLDER
OLDSTER
OLEANDER
OLEASTER
OLFACTOMETER
OLIGOMER
OMBER
OMER
OMITTER
ONAGER
ONERIER
ONLOOKER
OOZIER
OPACIFIER
OPAQUER
OPENER
OPERAGOER
OPERATOR
OPERCULAR
OPPOSER
OPPRESSOR
OPPUGNER
OPTIMIZER
OPTOMETER
OPUSCULAR
OR
ORACULAR
ORANGIER
ORATOR
ORBICULAR
ORBIER
ORBITER
ORCHESTRATER
ORCHESTRATOR
ORDAINER
ORDER
ORDERER
ORDINARIER
ORGANISER
ORGANIZER
ORIENTEER
ORIENTER
ORIGINATOR
ORMER
ORNERIER
ORNITHOPTER
OROMETER
ORTHOCENTER
ORTHOMOLECULAR
ORTHOPTER
OSAR
OSCILLATOR
OSCULAR
OSIER
OSMOLAR
OSMOMETER
OSSICULAR
OSSIFIER
OSTIOLAR
OSTLER
OTHER
OTTAR
OTTER
OUR
OUSTER
OUTBACKER
OUTBIDDER
OUTCAPER
OUTDELIVER
OUTDOER
OUTDOOR
OUTER
OUTERWEAR
OUTFIELDER
OUTFITTER
OUTGLITTER
OUTHEAR
OUTHOMER
OUTHUMOR
OUTLANDER
OUTLIER
OUTLINER
OUTLIVER
OUTMANEUVER
OUTMASTER
OUTNUMBER
OUTPOUR
OUTPOURER
OUTPOWER
OUTRIDER
OUTRIGGER
OUTROAR
OUTRUNNER
OUTSAVOR
OUTSIDER
OUTSOAR
OUTSTEER
OUTSWEAR
OUTTOWER
OUTWAR
OUTWEAR
OUTWORKER
OVER
OVERACHIEVER
OVERBEAR
OVERCLEAR
OVERCOLOR
OVERCOMER
OVERDEAR
OVERDOER
OVERDYER
OVEREAGER
OVEREATER
OVERENGINEER
OVERFAMILIAR
OVERFAR
OVERFAVOR
OVERFEAR
OVERHEAR
OVERHONOR
OVERLABOR
OVERMASTER
OVERNEAR
OVERNIGHTER
OVERPARTICULAR
OVERPOWER
OVERREACHER
OVERSEER
OVERSPENDER
OVERSTEER
OVERSTIR
OVERWATER
OVERWEAR
OVERWINTER
OVIPOSITOR
OVIRAPTOR
OVULAR
OWNER
OXIDISER
OXIDIZER
OXIMETER
OXPECKER
OXTER
OXYGENATOR
OYER
OYSTER
OYSTERCATCHER
OYSTERER
OZONIZER
PABULAR
PACEMAKER
PACER
PACESETTER
PACIER
PACIFICATOR
PACIFIER
PACKAGER
PACKER
PADDER
PADDLER
PAGANIZER
PAGER
PAINFULLER
PAINKILLER
PAINTER
PAINTIER
PAIR
PALAVER
PALAVERER
PALEOGRAPHER
PALER
PALIER
PALIKAR
PALLBEARER
PALLETIZER
PALLIATOR
PALLIER
PALLOR
PALMAR
PALMER
PALMIER
PALMISTER
PALPATOR
PALTER
PALTERER
PALTRIER
PAMPER
PAMPERER
PAMPHLETEER
PANDER
PANDERER
PANDOOR
PANDOUR
PANHANDLER
PANICKIER
PANIER
PANNER
PANNIER
PANTHER
PANZER
PAPER
PAPERER
PAPERHANGER
PAPERMAKER
PAPILLAR
PAPPIER
PAPULAR
PAR
PARACHOR
PARADER
PARADOR
PARAGRAPHER
PARALYZER
PARAMETER
PARAMOUR
PARAPHRASER
PARATROOPER
PARCENER
PARDNER
PARDONER
PARER
PARISHIONER
PARKER
PARLEYER
PARLOR
PARLOUR
PARR
PARRIER
PARROTER
PARSER
PARTAKER
PARTICIPATOR
PARTICULAR
PARTIER
PARTITIONER
PARTNER
PARTYER
PARTYGOER
PASQUEFLOWER
PASSENGER
PASSER
PASSIONFLOWER
PASSOVER
PASTER
PASTEURIZER
PASTICHEUR
PASTIER
PASTOR
PASTURER
PATAMAR
PATCHER
PATCHIER
PATELLAR
PATENTOR
PATER
PATERNOSTER
PATHFINDER
PATIENTER
PATISSIER
PATROLLER
PATTAMAR
PATTER
PATTERER
PATZER
PAUNCHIER
PAUPER
PAUSER
PAVER
PAVIOR
PAVIOUR
PAVISER
PAWER
PAWKIER
PAWNBROKER
PAWNER
PAWNOR
PAYER
PAYMASTER
PAYOR
PEACEFULLER
PEACEKEEPER
PEACEMAKER
PEACHER
PEACHIER
PEACOCKIER
PEAKIER
PEAR
PEARLER
PEARLIER
PEARTER
PEASHOOTER
PEASOUPER
PEATIER
PEBBLIER
PECKER
PECKIER
PECULATOR
PECULIAR
PEDALER
PEDALFER
PEDALIER
PEDALLER
PEDDLER
PEDICULAR
PEDLAR
PEDLER
PEDOMETER
PEDUNCULAR
PEELER
PEEPER
PEER
PEIGNOIR
PELLETIZER
PELTER
PELYCOSAUR
PENCILER
PENCILLER
PENDULAR
PENETROMETER
PENHOLDER
PENINSULAR
PENNER
PENSIONER
PENSTER
PENTAMETER
PEOPLER
PEPPER
PEPPERER
PEPPIER
PEPTIZER
PER
PERAMBULATOR
PERCEIVER
PERCHER
PERCOLATOR
PERCUSSOR
PERFECTER
PERFORATOR
PERFORMER
PERFUMER
PERIMETER
PERIPTER
PERJURER
PERKIER
PERMEATOR
PERMITTER
PERORATOR
PERPENDICULAR
PERPETRATOR
PERPETUATOR
PERPLEXER
PERSECUTOR
PERSISTER
PERSONATOR
PERSONIFIER
PERSUADER
PERTER
PERTURBER
PERUSER
PERVADER
PERVERTER
PESKIER
PESTER
PESTERER
PESTIER
PETER
PETIOLAR
PETITIONER
PETNAPER
PETNAPPER
PETRIFIER
PETRODOLLAR
PETROGRAPHER
PETTER
PETTIER
PETTIFOGGER
PEWHOLDER
PEWTER
PEWTERER
PHALANGER
PHATTER
PHILANDER
PHILANDERER
PHILOSOPHER
PHILOSOPHIZER
PHILTER
PHLEGMIER
PHONIER
PHONOGRAPHER
PHOSPHOR
PHOTOCOMPOSER
PHOTOCOPIER
PHOTODETECTOR
PHOTOENGRAVER
PHOTOFINISHER
PHOTOGRAPHER
PHOTOMETER
PHOTOMULTIPLIER
PHOTONUCLEAR
PHOTOPOLYMER
PHOTORECEPTOR
PHOTOSENSITIZER
PHOTOSETTER
PHOTOTYPESETTER
PHRASEMAKER
PHRASEMONGER
PHREAKER
PHYLAR
PHYSIOGRAPHER
PHYTOGEOGRAPHER
PHYTOPLANKTER
PIACULAR
PIAFFER
PIASTER
PICADOR
PICKEER
PICKER
PICKETER
PICKIER
PICNICKER
PICOMETER
PIDDLER
PIECER
PIECEWORKER
PIER
PIERCER
PIEZOMETER
PIGEONHOLER
PIGGIER
PIGSTICKER
PIKER
PILAR
PILASTER
PILFER
PILFERER
PILLAGER
PILLAR
PILSENER
PILSNER
PILULAR
PIMPLIER
PINASTER
PINCER
PINCHER
PINDER
PINFEATHER
PINGER
PINIER
PINKER
PINNER
PINNULAR
PINSCHER
PINSETTER
PINSPOTTER
PIONEER
PIPER
PIPIER
PISCATOR
PISHER
PISSER
PISSOIR
PISTOLEER
PISTOLIER
PITCHER
PITCHIER
PITHIER
PITIER
PITIFULLER
PLACATER
PLACEHOLDER
PLACEKICKER
PLACER
PLAGIARIZER
PLAGUER
PLAINER
PLAISTER
PLAITER
PLANAR
PLANER
PLANIMETER
PLANISHER
PLANKTER
PLANNER
PLANTAR
PLANTER
PLANULAR
PLASHER
PLASHIER
PLASTER
PLASTERER
PLASTICIZER
PLATEMAKER
PLATER
PLATIER
PLATTER
PLAYACTOR
PLAYER
PLAYGOER
PLAYMAKER
PLAYWEAR
PLEADER
PLEASANTER
PLEASER
PLEATER
PLEATHER
PLEDGEOR
PLEDGER
PLEDGOR
PLESIOSAUR
PLESSOR
PLEXOR
PLIER
PLIGHTER
PLINKER
PLODDER
PLOTTER
PLOTTIER
PLOUGHER
PLOVER
PLOWER
PLUCKER
PLUCKIER
PLUGGER
PLUMBER
PLUMIER
PLUMMER
PLUMMIER
PLUMPER
PLUMULAR
PLUNDER
PLUNDERER
PLUNGER
PLUNKER
PLUNKIER
PLUSHER
PLUSHIER
PLYER
POACHER
POACHIER
POCKETER
POCKIER
PODGIER
POETASTER
POETISER
POETIZER
POINTER
POINTIER
POISER
POISONER
POKER
POKIER
POLAR
POLARIMETER
POLARIZER
POLDER
POLER
POLESTAR
POLICER
POLICYHOLDER
POLISHER
POLITER
POLITICKER
POLLENIZER
POLLER
POLLINATOR
POLLINIZER
POLLSTER
POLLTAKER
POLLUTER
POLYESTER
POLYGRAPHER
POLYHISTOR
POLYMER
POLYNUCLEAR
POLYWATER
POMANDER
POMPADOUR
PONDER
PONDERER
PONTIFICATOR
PONTONIER
POOFTER
POOLER
POOR
POORER
POPLAR
POPOVER
POPPER
POPULAR
POPULARIZER
PORKER
PORKIER
PORNIER
PORNOGRAPHER
PORRINGER
PORTER
PORTIONER
PORTLIER
PORTRAYER
POSER
POSEUR
POSHER
POSITIVER
POSSESSOR
POSSIBLER
POSTER
POSTERIOR
POSTMASTER
POSTPONER
POSTRIDER
POSTULATOR
POSTURER
POSTWAR
POTBOILER
POTENTIATOR
POTENTIOMETER
POTHER
POTHOLDER
POTHUNTER
POTOMETER
POTTER
POTTERER
POTTIER
POTZER
POUCHIER
POULTER
POULTERER
POUNCER
POUNDER
POUR
POURER
POURPARLER
POUTER
POUTIER
POWDER
POWDERER
POWER
POWTER
POXIER
PRACTICER
PRACTITIONER
PRAETOR
PRAISER
PRALLTRILLER
PRANCER
PRANKSTER
PRATER
PRATTLER
PRAWNER
PRAYER
PREACHER
PREACHIER
PREALTER
PREAMPLIFIER
PREAVER
PRECANCER
PRECENSOR
PRECENTOR
PRECEPTOR
PRECIPITATOR
PRECISER
PRECLEAR
PRECOMPUTER
PRECONCILIAR
PRECOOKER
PRECURSOR
PREDATOR
PREDECESSOR
PREDESTINATOR
PREDETERMINER
PREDICTOR
PREDINNER
PREEMPTOR
PREENER
PREFACER
PREFER
PREFERRER
PREHEATER
PREJUDGER
PRELECTOR
PRELUDER
PREMEDITATOR
PREMERGER
PREMIER
PREMOLAR
PRENUMBER
PREORDER
PREPARATOR
PREPARER
PREPPIER
PREPROCESSOR
PREREGISTER
PRESAGER
PRESBYTER
PRESCHOOLER
PRESCRIBER
PRESENTER
PRESERVER
PRESIDER
PRESLAUGHTER
PRESSER
PRESSOR
PRESSURIZER
PRESTER
PRESTIDIGITATOR
PRESUMER
PRETENDER
PRETHEATER
PRETOR
PRETTIER
PRETTIFIER
PREVAILER
PREVARICATOR
PREVENTER
PREVIEWER
PREVISOR
PREWAR
PREYER
PRICER
PRICIER
PRICKER
PRICKIER
PRICKLIER
PRIER
PRIESTLIER
PRIMER
PRIMMER
PRIMOGENITOR
PRINCELIER
PRINKER
PRINTER
PRINTMAKER
PRIOR
PRISONER
PRISSIER
PRIVATEER
PRIVATER
PRIVIER
PRIZEFIGHTER
PRIZER
PRIZEWINNER
PROBATIONER
PROBER
PROCEEDER
PROCESSER
PROCESSOR
PROCLAIMER
PROCONSULAR
PROCRASTINATOR
PROCREATOR
PROCTOR
PROCURATOR
PROCURER
PRODDER
PRODUCER
PROFANER
PROFESSOR
PROFFER
PROFFERER
PROFILER
PROFITEER
PROFITER
PROFOUNDER
PROGENITOR
PROGGER
PROGNOSTICATOR
PROGRAMER
PROGRAMMER
PROJECTOR
PROLABOR
PROLOCUTOR
PROLONGER
PROMENADER
PROMISER
PROMISOR
PROMOTER
PROMPTER
PROMULGATOR
PRONATOR
PRONOUNCER
PRONUCLEAR
PROOFER
PROOFREADER
PROPAGANDIZER
PROPAGATOR
PROPELLER
PROPELLOR
PROPER
PROPERER
PROPHESIER
PROPITIATOR
PROPOSER
PROPOUNDER
PROPRAETOR
PROPRETOR
PROPRIETOR
PROPRIOCEPTOR
PROSATEUR
PROSCRIBER
PROSECTOR
PROSECUTOR
PROSELYTIZER
PROSEMINAR
PROSER
PROSIER
PROSPECTOR
PROSPER
PROSTITUTOR
PROTECTER
PROTECTOR
PROTESTER
PROTESTOR
PROTOMARTYR
PROTOSTAR
PROTRACTOR
PROUDER
PROVASCULAR
PROVENDER
PROVER
PROVIDER
PROVISIONER
PROVOCATEUR
PROVOKER
PROWAR
PROWER
PROWLER
PRUNER
PRYER
PSALTER
PSYCHOBABBLER
PSYCHOMOTOR
PSYCHROMETER
PSYWAR
PTEROSAUR
PUBLISHER
PUCKER
PUCKERER
PUCKERIER
PUDDLER
PUDDLIER
PUDGIER
PUFFER
PUFFIER
PUGGIER
PULER
PULLER
PULLOVER
PULMOTOR
PULPER
PULPIER
PULSAR
PULSATOR
PULSER
PULVERIZER
PULVILLAR
PULVINAR
PUMICER
PUMPER
PUNCHER
PUNCHIER
PUNCTUATOR
PUNIER
PUNISHER
PUNKER
PUNKIER
PUNNER
PUNNIER
PUNSTER
PUNTER
PUPILAR
PUPPETEER
PUR
PURCHASER
PURER
PURFLER
PURGER
PURIFICATOR
PURIFIER
PURLOINER
PURPLER
PURR
PURSER
PURSIER
PURSUER
PURTIER
PURVEYOR
PUSHCHAIR
PUSHER
PUSHIER
PUSHOVER
PUSSIER
PUSSYFOOTER
PUSTULAR
PUTREFIER
PUTTER
PUTTERER
PUTTIER
PUZZLER
PYCNOMETER
PYRHELIOMETER
PYROLYZER
PYROMETER
QINDAR
QINTAR
QUACKIER
QUACKSALVER
QUADRANGULAR
QUADRUMVIR
QUAESTOR
QUAFFER
QUAGGIER
QUAGMIRIER
QUAINTER
QUAKER
QUAKIER
QUALIFIER
QUALMIER
QUANTIFIER
QUANTIZER
QUARRELER
QUARRELLER
QUARRIER
QUARTER
QUARTERER
QUARTERMASTER
QUARTIER
QUASAR
QUASHER
QUAVER
QUAVERER
QUEASIER
QUEAZIER
QUEENLIER
QUEER
QUEERER
QUELLER
QUENCHER
QUERIER
QUESTER
QUESTIONER
QUESTOR
QUEUER
QUIBBLER
QUICKENER
QUICKER
QUICKSILVER
QUIETENER
QUIETER
QUILTER
QUINTAR
QUIPPER
QUIPPIER
QUIPSTER
QUIRKIER
QUITTER
QUITTOR
QUIVER
QUIVERER
QUIZMASTER
QUIZZER
QUOTER
RABBITER
RABBLER
RACER
RACETRACKER
RACEWALKER
RACIER
RACKER
RACKETEER
RACKETIER
RACONTEUR
RADAR
RADIATOR
RADICULAR
RADIOMETER
RADIOTRACER
RADULAR
RAFFLER
RAFTER
RAGGEDER
RAGGEDIER
RAGPICKER
RAIDER
RAILCAR
RAILER
RAILROADER
RAINIER
RAINMAKER
RAINWATER
RAINWEAR
RAISER
RAKER
RALLIER
RAMBLER
RAMMER
RAMMIER
RAMPAGER
RANCHER
RANCOR
RANCOUR
RANDIER
RANDOMIZER
RANGER
RANGIER
RANKER
RANSACKER
RANSOMER
RANTER
RANULAR
RAPER
RAPIDER
RAPIER
RAPPER
RAPPORTEUR
RAPTOR
RAREFIER
RARER
RASER
RASHER
RASPER
RASPIER
RASTER
RATEMETER
RATEPAYER
RATER
RATHER
RATHSKELLER
RATIFIER
RATIOCINATOR
RATIONALIZER
RATOONER
RATTENER
RATTER
RATTIER
RATTLER
RAUNCHIER
RAVAGER
RAVELER
RAVELLER
RAVENER
RAVER
RAVISHER
RAWER
RAZER
RAZOR
REACHER
REACTOR
READER
READIER
REALER
REALGAR
REALISER
REALIZER
REALTER
REALTOR
REAMER
REAPER
REAPPEAR
REAR
REARER
REASONER
REAVER
REBAR
REBATER
REBOUNDER
REBUKER
REBUTTER
RECALLER
RECAMIER
RECANTER
RECEIPTOR
RECEIVER
RECENSOR
RECENTER
RECEPTOR
RECHARGER
RECHARTER
RECIPROCATOR
RECITER
RECKONER
RECLAIMER
RECLINER
RECOGNIZER
RECOILER
RECOLOR
RECOMMENDER
RECONCILER
RECONFER
RECONNOITER
RECONQUER
RECONSIDER
RECONSTRUCTOR
RECONTOUR
RECORDER
RECOUNTER
RECOVER
RECOVERER
RECRUITER
RECTANGULAR
RECTIFIER
RECTILINEAR
RECTOR
RECUR
RECYCLER
REDACTOR
REDBAITER
REDDER
REDEAR
REDECORATOR
REDEEMER
REDELIVER
REDEMPTIONER
REDEVELOPER
REDISCOVER
REDLINER
REDOUBLER
REDRAWER
REDRESSER
REDRESSOR
REDUCER
REDUCTOR
REECHIER
REEDIER
REEFER
REEFIER
REEKER
REEKIER
REELER
REEMBROIDER
REENACTOR
REENCOUNTER
REENGINEER
REENTER
REFER
REFERRER
REFILTER
REFINER
REFINISHER
REFLECTOMETER
REFLECTOR
REFLOWER
REFORMER
REFRACTOMETER
REFRACTOR
REFRAINER
REFRESHER
REFRIGERATOR
REFUNDER
REFURBISHER
REFUSER
REFUTER
REGAINER
REGALER
REGATHER
REGEAR
REGENERATOR
REGISSEUR
REGISTER
REGISTRAR
REGRESSOR
REGRETTER
REGULAR
REGULATOR
REHABBER
REHABILITATOR
REHAMMER
REHEAR
REHEARSER
REHEATER
REIFIER
REINCUR
REINDEER
REINFORCER
REINSURER
REINTER
REINVIGORATOR
REISSUER
REIVER
REJECTER
REJECTOR
REJIGGER
REJOICER
REJOINDER
REJUVENATOR
RELACQUER
RELAPSER
RELATER
RELATOR
RELAUNDER
RELAXER
RELEASER
RELETTER
RELIER
RELIEVER
RELOADER
REMAINDER
REMAKER
REMANUFACTURER
REMARKER
REMASTER
REMEMBER
REMEMBERER
REMEMBRANCER
REMINDER
REMINISCER
REMITTER
REMITTOR
REMODELER
REMONSTRATOR
REMOTER
REMOVER
REMUNERATOR
RENCOUNTER
RENDER
RENDERER
RENEGER
RENEWER
RENOUNCER
RENOVASCULAR
RENOVATOR
RENTER
RENTIER
RENUMBER
REOCCUR
REOFFER
REORDER
REORGANIZER
REPACKAGER
REPAIR
REPAIRER
REPAPER
REPEALER
REPEATER
REPELLER
REPENTER
REPINER
REPLACER
REPLASTER
REPLEADER
REPLENISHER
REPLIER
REPORTER
REPOSER
REPOSSESSOR
REPOUR
REPOWER
REPRESENTER
REPRESSER
REPRESSOR
REPRINTER
REPROACHER
REPRODUCER
REPROGRAPHER
REPROVER
REPUBLISHER
REPUDIATOR
REPULSER
REQUESTER
REQUESTOR
REQUIRER
REQUITER
REREGISTER
REROLLER
RESCINDER
RESCUER
RESEARCHER
RESELLER
RESEMBLER
RESERVER
RESERVOIR
RESETTER
RESHAPER
RESHIPPER
RESHOWER
RESIDER
RESIGNER
RESILVER
RESISTER
RESISTOR
RESOLDER
RESOLUTER
RESOLVER
RESONATOR
RESORTER
RESPECTER
RESPIRATOR
RESPIROMETER
RESPONDER
RESTAURANTEUR
RESTAURATEUR
RESTER
RESTFULLER
RESTORER
RESTRAINER
RESUMER
RESURFACER
RESUSCITATOR
RETAILER
RETAILOR
RETAINER
RETAKER
RETARDER
RETEAR
RETEMPER
RETHINKER
RETICULAR
RETINULAR
RETIRER
RETORTER
RETOUCHER
RETRACER
RETRACTOR
RETRANSFER
RETREATER
RETRIEVER
RETROREFLECTOR
RETURNER
REUNITER
REUPHOLSTER
REUTTER
REVAMPER
REVEALER
REVELATOR
REVELER
REVELLER
REVENGER
REVENUER
REVERENCER
REVERER
REVERSER
REVERSIONER
REVERTER
REVIEWER
REVILER
REVISER
REVISOR
REVIVER
REVOKER
REVOLTER
REVOLUTIONIZER
REVOLVER
REWARDER
REWEAR
REWINDER
REWRITER
RHABDOMANCER
RHEOMETER
RHETOR
RHEUMIER
RHYMER
RHYMESTER
RIBBER
RIBBIER
RIBIER
RICER
RICERCAR
RICHER
RICKETIER
RIDDER
RIDDLER
RIDER
RIDGIER
RIDICULER
RIEVER
RIFER
RIFFLER
RIFLER
RIGGER
RIGHTER
RIGOR
RIGOUR
RIMER
RIMESTER
RIMIER
RIMMER
RINGER
RINGLEADER
RINGMASTER
RINSER
RIOTER
RIPENER
RIPER
RIPPER
RIPPLER
RIPPLIER
RIPSNORTER
RISER
RISKER
RISKIER
RITONAVIR
RITTER
RITZIER
RIVER
RIVETER
ROADRUNNER
ROADSTER
ROAMER
ROAR
ROARER
ROASTER
ROBBER
ROBUSTER
ROCKER
ROCKETEER
ROCKETER
ROCKHOPPER
ROCKIER
ROGER
ROILIER
ROISTER
ROISTERER
ROLFER
ROLLER
ROLLOVER
ROMANCER
ROMPER
ROOFER
ROOKIER
ROOMER
ROOMIER
ROOSER
ROOSTER
ROOTER
ROOTIER
ROPEDANCER
ROPER
ROPEWALKER
ROPIER
ROSEOLAR
ROSEWATER
ROSIER
ROSTELLAR
ROSTER
ROTAMETER
ROTATOR
ROTIFER
ROTOR
ROTOTILLER
ROTTENER
ROTTER
ROTTWEILER
ROTURIER
ROUGHER
ROUGHRIDER
ROUNDER
ROUPIER
ROUSER
ROUSTER
ROUTER
ROVER
ROWDIER
ROWER
ROYSTER
ROZZER
RUBBER
RUBBERIER
RUBBERNECKER
RUBBLIER
RUBEOLAR
RUBIER
RUBRICATOR
RUDDER
RUDDIER
RUDER
RUER
RUFFLER
RUFFLIER
RUGGEDER
RUGGER
RUINER
RULER
RULIER
RUMBLER
RUMINATOR
RUMMAGER
RUMMER
RUMMIER
RUMOR
RUMORMONGER
RUMOUR
RUMPLIER
RUMRUNNER
RUNNER
RUNNIER
RUNOVER
RUNTIER
RUSHER
RUSHIER
RUSTICATOR
RUSTIER
RUSTLER
RUTTIER
SABER
SABIR
SABOTEUR
SACCHARIMETER
SACCHAROMETER
SACCULAR
SACKER
SACRIFICER
SADDER
SADDLER
SAFECRACKER
SAFER
SAFFLOWER
SAGER
SAGGAR
SAGGER
SAGGIER
SAGIER
SAILBOATER
SAILER
SAILMAKER
SAILOR
SAILPLANER
SAINTLIER
SAKER
SALAMANDER
SALIMETER
SALINOMETER
SALIVATOR
SALLIER
SALLOWER
SALOMETER
SALTCELLAR
SALTER
SALTIER
SALTPETER
SALTSHAKER
SALTWATER
SALUTER
SALVAGER
SALVER
SALVOR
SAMBAR
SAMBHAR
SAMBHUR
SAMBUR
SAMOVAR
SAMPLER
SANCTIFIER
SANDBAGGER
SANDBAR
SANDBLASTER
SANDBUR
SANDBURR
SANDER
SANDIER
SANDLOTTER
SANDPAPER
SANDPIPER
SANDSPUR
SANER
SANGAR
SANGER
SANITIZER
SANSAR
SANTIR
SANTOOR
SANTOUR
SANTUR
SAPONIFIER
SAPOR
SAPOUR
SAPPER
SAPPIER
SAPSUCKER
SARDAR
SARKIER
SARSAR
SARTOR
SASSIER
SATIRIZER
SATISFIER
SATURATER
SATURATOR
SATYR
SAUCER
SAUCIER
SAUGER
SAUNTER
SAUNTERER
SAUTOIR
SAVAGER
SAVER
SAVIOR
SAVIOUR
SAVOR
SAVORER
SAVORIER
SAVOUR
SAVOURER
SAVOURIER
SAVVIER
SAWER
SAWTIMBER
SAWYER
SAYER
SCABBIER
SCALAR
SCALER
SCALIER
SCALLOPER
SCALPER
SCAMMER
SCAMPER
SCAMPERER
SCAMSTER
SCANDALMONGER
SCANNER
SCANTER
SCANTIER
SCAPULAR
SCAR
SCARCER
SCAREDER
SCAREMONGER
SCARER
SCARFER
SCARIER
SCARIFIER
SCARPER
SCARRIER
SCATTER
SCATTERER
SCATTIER
SCAUPER
SCAUR
SCAVENGER
SCENESHIFTER
SCENOGRAPHER
SCEPTER
SCHEDULAR
SCHEDULER
SCHEMER
SCHILLER
SCHIZIER
SCHIZZIER
SCHLOCKIER
SCHLUMPIER
SCHMALTZIER
SCHMALZIER
SCHMEAR
SCHMEER
SCHMOOZER
SCHMOOZIER
SCHNAPPER
SCHNAUZER
SCHNORRER
SCHOLAR
SCHOOLMASTER
SCHOOLTEACHER
SCHOONER
SCHUSSBOOMER
SCHUSSER
SCIMETAR
SCIMITAR
SCIMITER
SCINTILLATOR
SCINTILLOMETER
SCISSOR
SCLAFFER
SCLEROMETER
SCOFFER
SCOLDER
SCOOPER
SCOOTER
SCORCHER
SCOREKEEPER
SCORER
SCORIFIER
SCORNER
SCOTER
SCOUR
SCOURER
SCOURGER
SCOUTER
SCOUTHER
SCOUTMASTER
SCOWDER
SCOWLER
SCRABBLER
SCRABBLIER
SCRAGGIER
SCRAGGLIER
SCRAMBLER
SCRAPER
SCRAPPER
SCRAPPIER
SCRATCHER
SCRATCHIER
SCRAWLER
SCRAWLIER
SCRAWNIER
SCREAMER
SCREECHER
SCREECHIER
SCREENER
SCREENWRITER
SCREWDRIVER
SCREWER
SCREWIER
SCRIBBLER
SCRIBER
SCRIMMAGER
SCRIMPER
SCRIMPIER
SCRIMSHANDER
SCRIPTER
SCRIPTWRITER
SCRIVENER
SCROGGIER
SCROUNGER
SCROUNGIER
SCRUBBER
SCRUBBIER
SCRUFFIER
SCRUTINEER
SCRUTINIZER
SCUFFER
SCUFFLER
SCULKER
SCULLER
SCULPTOR
SCUMMER
SCUMMIER
SCUNNER
SCUPPER
SCURFIER
SCURVIER
SCUTCHER
SCUTELLAR
SCUTTER
SCUZZIER
SEAFARER
SEAFLOOR
SEALER
SEAMER
SEAMIER
SEAMSTER
SEAR
SEARCHER
SEARER
SEASONER
SEATER
SEAWATER
SEAWORTHIER
SECATEUR
SECEDER
SECONDER
SECPAR
SECRETER
SECRETOR
SECTOR
SECULAR
SECULARIZER
SECURER
SEDATER
SEDER
SEDGIER
SEDUCER
SEEDEATER
SEEDER
SEEDIER
SEEKER
SEEMER
SEEMLIER
SEEPIER
SEER
SEERSUCKER
SEGGAR
SEIGNEUR
SEIGNIOR
SEINER
SEISER
SEISMOGRAPHER
SEISMOMETER
SEISOR
SEIZER
SEIZOR
SELECTOR
SELLER
SELTZER
SEMAINIER
SEMESTER
SEMICIRCULAR
SEMICONDUCTOR
SEMIDIAMETER
SEMILUNAR
SEMINAR
SEMIPOPULAR
SEMIQUAVER
SEMITRAILER
SENATOR
SENDER
SENHOR
SENIOR
SENOR
SENSIBLER
SENSITIZER
SENSITOMETER
SENSOR
SENSORIMOTOR
SENTENCER
SEPARATOR
SEPULCHER
SEQUENCER
SEQUESTER
SEQUITUR
SER
SERENADER
SERENER
SERER
SERGER
SERIGRAPHER
SERMONIZER
SEROVAR
SERVER
SERVICER
SERVITOR
SERVOMOTOR
SETTER
SETTLER
SETTLOR
SEVER
SEVERER
SEWAR
SEWER
SEXIER
SHABBIER
SHACKLER
SHADER
SHADIER
SHADOWER
SHADOWIER
SHAGGIER
SHAKER
SHAKIER
SHALIER
SHALLOWER
SHAMMER
SHAMPOOER
SHANGHAIER
SHAPELIER
SHAPER
SHAPEWEAR
SHARECROPPER
SHAREHOLDER
SHARER
SHARKER
SHARPENER
SHARPER
SHARPSHOOTER
SHATTER
SHATTERER
SHAVER
SHEAR
SHEARER
SHEARWATER
SHEATHER
SHEDDER
SHEENIER
SHEEPHERDER
SHEEPSHEARER
SHEER
SHEERER
SHEETER
SHELLCRACKER
SHELLER
SHELLIER
SHELTER
SHELTERER
SHELVER
SHELVIER
SHEWER
SHICKER
SHIELDER
SHIER
SHIFTER
SHIFTIER
SHIKAR
SHIKKER
SHIMMER
SHINER
SHINGLER
SHINIER
SHINPLASTER
SHIPBUILDER
SHIPFITTER
SHIPMASTER
SHIPOWNER
SHIPPER
SHIRKER
SHIRR
SHIRTIER
SHIRTMAKER
SHITTIER
SHIVER
SHIVERER
SHLOCKIER
SHMALTZIER
SHMEAR
SHNORRER
SHOALER
SHOALIER
SHOCKER
SHODDIER
SHOEMAKER
SHOER
SHOFAR
SHOOTER
SHOPHAR
SHOPKEEPER
SHOPLIFTER
SHOPPER
SHORTCHANGER
SHORTENER
SHORTER
SHORTHAIR
SHOTGUNNER
SHOULDER
SHOUTER
SHOVELER
SHOVELLER
SHOVER
SHOWER
SHOWERER
SHOWIER
SHOWSTOPPER
SHREDDER
SHREWDER
SHRIEKER
SHRIEKIER
SHRILLER
SHRIMPER
SHRIMPIER
SHRINKER
SHRIVER
SHRUBBIER
SHTICKIER
SHUCKER
SHUDDER
SHUFFLER
SHUNNER
SHUNPIKER
SHUNTER
SHUSHER
SHUTTER
SHUTTLER
SHYER
SHYSTER
SIBILATOR
SICKENER
SICKER
SICKLIER
SIDDUR
SIDEBAR
SIDECAR
SIDELINER
SIDESTEPPER
SIDEWINDER
SIDLER
SIEUR
SIFFLEUR
SIFTER
SIGHER
SIGHTER
SIGHTLIER
SIGHTSEER
SIGNALER
SIGNALLER
SIGNER
SIGNIFIER
SIGNIOR
SIGNOR
SIKER
SILENCER
SILENTER
SILKIER
SILLER
SILLIER
SILTIER
SILVER
SILVERER
SIMAR
SIMILAR
SIMITAR
SIMMER
SIMPER
SIMPERER
SIMPLER
SIMPLIFIER
SIMULAR
SIMULATOR
SINCERER
SINGER
SINGULAR
SINISTER
SINKER
SINNER
SINTER
SIPPER
SIR
SIRDAR
SIRUPIER
SISSIER
SISTER
SITAR
SITTER
SIVER
SIZAR
SIZER
SIZIER
SIZZLER
SKANKER
SKANKIER
SKATEBOARDER
SKATER
SKEDADDLER
SKEETER
SKELETONIZER
SKELTER
SKETCHER
SKETCHIER
SKEWER
SKIBOBBER
SKIDDER
SKIDDIER
SKIER
SKIJORER
SKIMMER
SKIMPIER
SKINKER
SKINNER
SKINNIER
SKIPPER
SKIRMISHER
SKIRR
SKIRTER
SKITTER
SKITTERIER
SKIVER
SKIWEAR
SKULKER
SKUNKIER
SKYDIVER
SKYJACKER
SKYLARKER
SKYSCRAPER
SKYSURFER
SKYWRITER
SLABBER
SLACKENER
SLACKER
SLAGGIER
SLAKER
SLALOMER
SLAMMER
SLANDER
SLANDERER
SLANGIER
SLAPHAPPIER
SLAPPER
SLASHER
SLATER
SLATHER
SLATIER
SLAUGHTER
SLAUGHTERER
SLAVEHOLDER
SLAVER
SLAVERER
SLAYER
SLEAZIER
SLEDDER
SLEDGEHAMMER
SLEEKER
SLEEKIER
SLEEPER
SLEEPIER
SLEEPOVER
SLEEPWALKER
SLEEPWEAR
SLEETIER
SLEIGHER
SLENDER
SLENDERER
SLICER
SLICKENER
SLICKER
SLICKSTER
SLIDER
SLIER
SLIGHTER
SLIMIER
SLIMMER
SLIMPSIER
SLIMSIER
SLINGER
SLINKIER
SLIPCOVER
SLIPOVER
SLIPPER
SLIPPERIER
SLIPPIER
SLITHER
SLITTER
SLITTIER
SLIVER
SLIVERER
SLOBBER
SLOBBERER
SLOBBIER
SLOGANEER
SLOGGER
SLOPER
SLOPPIER
SLOSHIER
SLOTTER
SLOUCHER
SLOUCHIER
SLOUGHIER
SLOVENLIER
SLOWER
SLUBBER
SLUDGIER
SLUGGER
SLUMBER
SLUMBERER
SLUMMER
SLUMMIER
SLUR
SLUSHIER
SLUTTIER
SLYER
SMACKER
SMALLER
SMALLHOLDER
SMARMIER
SMARTER
SMASHER
SMATTER
SMATTERER
SMEAR
SMEARER
SMEARIER
SMELLER
SMELLIER
SMELTER
SMILER
SMIRKER
SMIRKIER
SMITER
SMOGGIER
SMOKER
SMOKIER
SMOLDER
SMOOCHER
SMOOTHER
SMOTHER
SMOTHERER
SMOULDER
SMUDGIER
SMUGGER
SMUGGLER
SMUTCHIER
SMUTTIER
SNACKER
SNAGGIER
SNAKIER
SNAPPER
SNAPPIER
SNAPSHOOTER
SNARER
SNARKIER
SNARLER
SNARLIER
SNATCHER
SNATCHIER
SNAZZIER
SNEAKER
SNEAKIER
SNEER
SNEERER
SNEERIER
SNEEZER
SNEEZIER
SNELLER
SNICKER
SNICKERER
SNIDER
SNIFFER
SNIFFIER
SNIFFLER
SNIFTER
SNIGGER
SNIGGERER
SNIGGLER
SNIPER
SNIPPER
SNIPPERSNAPPER
SNIPPETIER
SNIPPIER
SNITCHER
SNIVELER
SNIVELLER
SNOBBIER
SNOLLYGOSTER
SNOOKER
SNOOPER
SNOOPIER
SNOOTIER
SNOOZER
SNOOZIER
SNORER
SNORKELER
SNORTER
SNOTTIER
SNOUTIER
SNOWBLOWER
SNOWBOARDER
SNOWIER
SNOWMAKER
SNOWMOBILER
SNOWSHOER
SNUBBER
SNUBBIER
SNUFFER
SNUFFIER
SNUFFLER
SNUFFLIER
SNUGGER
SOAKER
SOAPER
SOAPIER
SOAR
SOARER
SOBBER
SOBER
SOBERER
SOCAGER
SOCCER
SOCIALIZER
SOCKDOLAGER
SOCKDOLOGER
SODBUSTER
SOEVER
SOFAR
SOFTBALLER
SOFTCOVER
SOFTENER
SOFTER
SOGGIER
SOJOURNER
SOLACER
SOLANDER
SOLAR
SOLDER
SOLDERER
SOLDIER
SOLEMNER
SOLICITOR
SOLIDER
SOLILOQUIZER
SOLUNAR
SOLVER
SOMBER
SOMEWHITHER
SOMMELIER
SONAR
SONDER
SONGSTER
SONGWRITER
SONICATOR
SONNETEER
SONSIER
SOONER
SOOTHER
SOOTHSAYER
SOOTIER
SOPOR
SOPPIER
SORCERER
SORDOR
SORER
SORNER
SORRIER
SORROWER
SORTER
SOUCAR
SOUNDER
SOUPIER
SOUR
SOURER
SOUTER
SOUTHEASTER
SOUTHER
SOUTHWESTER
SOUVENIR
SOWAR
SOWCAR
SOWER
SPACER
SPACEWALKER
SPACIER
SPADER
SPALLER
SPAMMER
SPANGLIER
SPANKER
SPANNER
SPAR
SPARER
SPARGER
SPARKER
SPARKIER
SPARKLER
SPARKLIER
SPARRIER
SPARSER
SPATTER
SPATULAR
SPAWNER
SPEAKER
SPEAR
SPEARER
SPECIALER
SPECIFIER
SPECTACULAR
SPECTATOR
SPECTER
SPECTROMETER
SPECULAR
SPECULATOR
SPEECHWRITER
SPEEDER
SPEEDIER
SPEEDOMETER
SPEEDSTER
SPEER
SPEIR
SPELLBINDER
SPELLER
SPELTER
SPELUNKER
SPENCER
SPENDER
SPENDIER
SPEWER
SPHERIER
SPHEROMETER
SPHERULAR
SPHINCTER
SPICER
SPICIER
SPICULAR
SPIDER
SPIDERIER
SPIELER
SPIER
SPIFFIER
SPIKER
SPIKIER
SPILLER
SPILLOVER
SPINDLER
SPINDLIER
SPINIER
SPINNAKER
SPINNER
SPINOR
SPINSTER
SPIRACULAR
SPIRIER
SPIROMETER
SPITEFULLER
SPITTER
SPLASHER
SPLASHIER
SPLATTER
SPLEENIER
SPLENDIDER
SPLENDOR
SPLENDOUR
SPLICER
SPLINTER
SPLITTER
SPLOTCHIER
SPLURGER
SPLURGIER
SPLUTTER
SPLUTTERER
SPOILER
SPOLIATOR
SPONGER
SPONGIER
SPONSOR
SPOOFER
SPOOKIER
SPOOLER
SPOONIER
SPOOR
SPORTER
SPORTIER
SPORTSCASTER
SPORTSWEAR
SPORTSWRITER
SPORULAR
SPOTTER
SPOTTIER
SPOUTER
SPRAWLER
SPRAWLIER
SPRAYER
SPREADER
SPRIER
SPRIGGER
SPRIGGIER
SPRIGHTLIER
SPRINGER
SPRINGIER
SPRINGWATER
SPRINKLER
SPRINTER
SPRITZER
SPRUCER
SPRUCIER
SPRYER
SPUDDER
SPUMIER
SPUNKIER
SPUR
SPURNER
SPURRER
SPURRIER
SPURTER
SPUTTER
SPUTTERER
SPYMASTER
SQUABBIER
SQUABBLER
SQUALIDER
SQUALLER
SQUALLIER
SQUALOR
SQUANDER
SQUANDERER
SQUARER
SQUASHER
SQUASHIER
SQUATTER
SQUATTIER
SQUAWKER
SQUEAKER
SQUEAKIER
SQUEALER
SQUEEZER
SQUELCHER
SQUELCHIER
SQUIFFIER
SQUIGGLIER
SQUINNIER
SQUINTER
SQUINTIER
SQUIRMER
SQUIRMIER
SQUIRTER
SQUISHIER
SQUOOSHIER
STABBER
STABILIZER
STABLER
STACKER
STADTHOLDER
STAFFER
STAGER
STAGGER
STAGGERER
STAGGIER
STAGIER
STAIDER
STAINER
STAIR
STAKEHOLDER
STALER
STALKER
STALKIER
STALLHOLDER
STAMMER
STAMMERER
STAMPEDER
STAMPER
STANCHER
STANDER
STANDPATTER
STAPLER
STAR
STARCHIER
STARER
STARFLOWER
STARGAZER
STARKER
STARRIER
STARTER
STARTLER
STARVER
STATELIER
STATER
STATIONER
STATIONMASTER
STATOR
STAUNCHER
STAYER
STEADIER
STEALER
STEALTHIER
STEAMER
STEAMFITTER
STEAMIER
STEAMROLLER
STEELIER
STEELMAKER
STEELWORKER
STEEPER
STEEPLECHASER
STEER
STEERER
STEGOSAUR
STELAR
STELLAR
STELLULAR
STEMMER
STEMMIER
STENCHIER
STENCILER
STENCILLER
STENOGRAPHER
STENTOR
STEPBROTHER
STEPDAUGHTER
STEPFATHER
STEPLADDER
STEPMOTHER
STEPPER
STEPSISTER
STEREOISOMER
STEREOREGULAR
STEREOTYPER
STERILIZER
STERNER
STERNUTATOR
STERTOR
STICKER
STICKHANDLER
STICKIER
STICKLER
STIFFENER
STIFFER
STIFLER
STILLER
STILLIER
STIMULATOR
STINGER
STINGIER
STINKER
STINKIER
STINTER
STIPPLER
STIPULAR
STIPULATOR
STIR
STIRRER
STITCHER
STIVER
STOCKBREEDER
STOCKBROKER
STOCKCAR
STOCKER
STOCKHOLDER
STOCKIER
STOCKJOBBER
STOCKKEEPER
STOCKPILER
STODGIER
STOKER
STOLIDER
STOMACHER
STOMPER
STONECUTTER
STONER
STONEWALLER
STONIER
STOOKER
STOOPER
STOPER
STOPOVER
STOPPER
STOREKEEPER
STORER
STORMIER
STORYTELLER
STOUR
STOUTER
STOVER
STRADDLER
STRAFER
STRAGGLER
STRAGGLIER
STRAIGHTENER
STRAIGHTER
STRAINER
STRAITER
STRANDER
STRANGER
STRANGLER
STRAPHANGER
STRAPPER
STRAPPIER
STRAWFLOWER
STRAWIER
STRAYER
STREAKER
STREAKIER
STREAMER
STREAMIER
STREAMLINER
STREEKER
STREETCAR
STREETWALKER
STRENGTHENER
STRESSOR
STRETCHER
STRETCHIER
STREWER
STRICTER
STRIDER
STRIDOR
STRIKEBREAKER
STRIKEOVER
STRIKER
STRINGER
STRINGIER
STRIPER
STRIPIER
STRIPPER
STRIPTEASER
STRIVER
STROBILAR
STROKER
STROLLER
STRONGER
STROPPER
STROPPIER
STROYER
STRUGGLER
STRUMMER
STRUTTER
STUBBIER
STUBBLIER
STUBBORNER
STUCCOER
STUDIER
STUDLIER
STUFFER
STUFFIER
STUIVER
STUMBLER
STUMPER
STUMPIER
STUNNER
STUPEFIER
STUPIDER
STUPOR
STURDIER
STUTTER
STUTTERER
STYLAR
STYLER
STYLISER
STYLIZER
SUAVER
SUBADAR
SUBAHDAR
SUBALAR
SUBCAPSULAR
SUBCELLAR
SUBCELLULAR
SUBCENTER
SUBCHAPTER
SUBCHASER
SUBCLUSTER
SUBCONTRACTOR
SUBDEALER
SUBDIRECTOR
SUBDIVIDER
SUBDUER
SUBEDITOR
SUBER
SUBFLOOR
SUBJUGATOR
SUBLESSOR
SUBLIMER
SUBLUNAR
SUBMANAGER
SUBMANDIBULAR
SUBMARINER
SUBMILLIMETER
SUBMINISTER
SUBMITTER
SUBNUCLEAR
SUBORBICULAR
SUBORDER
SUBORDINATOR
SUBORNER
SUBPAR
SUBPHYLAR
SUBPOLAR
SUBSCRIBER
SUBSECTOR
SUBSIDER
SUBSIDIZER
SUBSISTER
SUBSOILER
SUBSOLAR
SUBTILER
SUBTLER
SUBTRACTER
SUBVERTER
SUBVICAR
SUBWOOFER
SUBWRITER
SUCCEEDER
SUCCESSOR
SUCCINCTER
SUCCOR
SUCCORER
SUCCOUR
SUCKER
SUCKIER
SUCKLER
SUDOR
SUDSER
SUDSIER
SUER
SUFFER
SUFFERER
SUFFICER
SUGAR
SUGARER
SUGARIER
SUGGESTER
SUITER
SUITOR
SULFUR
SULKER
SULKIER
SULLENER
SULPHUR
SULTRIER
SUMMARIZER
SUMMER
SUMMERIER
SUMMITEER
SUMMONER
SUMPTER
SUNBATHER
SUNDER
SUNDERER
SUNDOWNER
SUNFLOWER
SUNNIER
SUNSEEKER
SUPER
SUPERACHIEVER
SUPERBER
SUPERBOMBER
SUPERCALENDER
SUPERCAR
SUPERCARRIER
SUPERCENTER
SUPERCHARGER
SUPERCLUSTER
SUPERCOLLIDER
SUPERCOMPUTER
SUPERCONDUCTOR
SUPERHEATER
SUPERIOR
SUPERLAWYER
SUPERLINER
SUPERLUNAR
SUPERMINISTER
SUPERORDER
SUPERPLAYER
SUPERPOWER
SUPERSAUR
SUPERSEDER
SUPERSELLER
SUPERSINGER
SUPERSTAR
SUPERTANKER
SUPERTHRILLER
SUPERVISOR
SUPINATOR
SUPPER
SUPPLANTER
SUPPLEMENTER
SUPPLER
SUPPLIER
SUPPORTER
SUPPOSER
SUPPRESSOR
SUPRAMOLECULAR
SUPREMER
SURER
SURFACER
SURFBOARDER
SURFEITER
SURFER
SURFIER
SURGER
SURLIER
SURMISER
SURNAMER
SURPASSER
SURPRISER
SURREBUTTER
SURREJOINDER
SURRENDER
SURVEYOR
SURVIVER
SURVIVOR
SUSPENDER
SUSPENSER
SUSPENSOR
SUSTAINER
SUTLER
SVELTER
SWABBER
SWAGER
SWAGGER
SWAGGERER
SWALLOWER
SWAMPER
SWAMPIER
SWANKER
SWANKIER
SWAPPER
SWARMER
SWARTHIER
SWASHBUCKLER
SWASHER
SWATHER
SWATTER
SWAYER
SWEAR
SWEARER
SWEATER
SWEATIER
SWEEPER
SWEEPIER
SWEER
SWEETBRIAR
SWEETBRIER
SWEETENER
SWEETER
SWELLER
SWELTER
SWELTRIER
SWERVER
SWIFTER
SWIGGER
SWILLER
SWIMMER
SWIMMIER
SWIMWEAR
SWINDLER
SWINGER
SWINGIER
SWIRLIER
SWISHER
SWISHIER
SWITCHER
SWITHER
SWIZZLER
SWOBBER
SWOONER
SWOONIER
SWOOPER
SWOOPIER
SWORDPLAYER
SWOTTER
SYMBOLIZER
SYMPATHIZER
SYNCHRONIZER
SYNCOPATOR
SYNDICATOR
SYNTHESIZER
SYPHER
SYRUPIER
SYSTEMATIZER
TABER
TABERNACULAR
TABOR
TABORER
TABOUR
TABOURER
TABULAR
TABULATOR
TACHOMETER
TACKER
TACKIER
TACKIFIER
TACKLER
TAGGER
TAHR
TAHSILDAR
TAILENDER
TAILER
TAILGATER
TAILLEUR
TAILOR
TAILWATER
TAKEOVER
TAKER
TALAR
TALEBEARER
TALER
TALKER
TALKIER
TALLER
TALLIER
TAMBOUR
TAMBOURER
TAMBUR
TAMER
TAMPER
TAMPERER
TANAGER
TANDOOR
TANGIER
TANGLER
TANGLIER
TANKER
TANNER
TANTALIZER
TAPER
TAPERER
TAPIR
TAPPER
TAPSTER
TAR
TARDIER
TARPAPER
TARRIER
TARSIER
TARTAR
TARTER
TARTIER
TASKBAR
TASKMASTER
TASTEMAKER
TASTER
TASTIER
TATAR
TATER
TATTER
TATTIER
TATTLER
TATTOOER
TAUNTER
TAUTER
TAUTOMER
TAVERNER
TAWDRIER
TAWER
TAWNIER
TAXER
TAXIMETER
TAXPAYER
TEACHER
TEAMAKER
TEAMSTER
TEAR
TEARER
TEARIER
TEARJERKER
TEASELER
TEASELLER
TEASER
TEATASTER
TECHIER
TEDDER
TEEMER
TEENAGER
TEENER
TEENIER
TEENSIER
TEENTSIER
TEENYBOPPER
TEETER
TEETHER
TEETOTALER
TEETOTALLER
TEGULAR
TELECASTER
TELECOMMUTER
TELEGRAPHER
TELEMARKETER
TELEMETER
TELEPHONER
TELEPRINTER
TELETYPEWRITER
TELEVIEWER
TELEVISOR
TELFER
TELLER
TELLUROMETER
TELPHER
TEMBLOR
TEMPER
TEMPERER
TEMPLAR
TEMPORIZER
TEMPTER
TENDER
TENDERER
TENDERIZER
TENDEROMETER
TENNER
TENONER
TENOR
TENOUR
TENPOUNDER
TENSER
TENSIOMETER
TENSIONER
TENSOR
TENTACULAR
TENTER
TENTIER
TENTMAKER
TERGIVERSATOR
TERMER
TERMINATOR
TERMOR
TERPOLYMER
TERRIER
TERRIFIER
TERROR
TERSER
TESTATOR
TESTER
TESTICULAR
TESTIER
TESTIFIER
TETCHIER
TETHER
TETRAMER
TETRAMETER
TETTER
THALER
THANKER
THANKFULLER
THATCHER
THATCHIER
THAWER
THEATER
THEATERGOER
THEIR
THENAR
THEOLOGIZER
THEORIZER
THEREAFTER
THEREFOR
THEREINAFTER
THEREUNDER
THERMIDOR
THERMISTOR
THERMOGRAPHER
THERMOMETER
THERMONUCLEAR
THERMORECEPTOR
THERMOREGULATOR
THEWIER
THICKENER
THICKER
THIMBLERIGGER
THINKER
THINNER
THIR
THIRSTER
THIRSTIER
THISTLIER
THITHER
THORNIER
THOROUGHER
THRASHER
THREADER
THREADIER
THREAPER
THREATENER
THRESHER
THRIFTIER
THRILLER
THRIVER
THROATIER
THROBBER
THROTTLER
THROUGHITHER
THROUGHOTHER
THROWER
THROWSTER
THRUMMER
THRUMMIER
THRUSTER
THRUSTOR
THUMPER
THUNDER
THUNDERER
THUNDERSHOWER
THURIFER
THWACKER
THWARTER
THYMIER
THYRISTOR
TICKER
TICKLER
TIDDLER
TIDEWATER
TIDIER
TIEBREAKER
TIER
TIGER
TIGHTENER
TIGHTER
TILER
TILLER
TILTER
TILTMETER
TILTROTOR
TIMBER
TIMEKEEPER
TIMELIER
TIMEPLEASER
TIMER
TIMESAVER
TIMESERVER
TIMEWORKER
TIMIDER
TINDER
TINGLER
TINGLIER
TINIER
TINKER
TINKERER
TINKLER
TINKLIER
TINNER
TINNIER
TINTER
TIPPER
TIPPIER
TIPPLER
TIPSIER
TIPSTER
TIREDER
TISSULAR
TITER
TITFER
TITHER
TITLEHOLDER
TITRATOR
TITTER
TITTERER
TITULAR
TOADEATER
TOASTER
TOASTIER
TOASTMASTER
TOBOGGANER
TOCHER
TODDLER
TOGETHER
TOGGLER
TOILER
TOKER
TOLAR
TOLERATOR
TOLLBAR
TOLLER
TONER
TONGER
TONIER
TONNER
TONOMETER
TONSILAR
TONSILLAR
TOOLBAR
TOOLER
TOOLHOLDER
TOOLMAKER
TOOTER
TOOTHIER
TOOTLER
TOPER
TOPLOFTIER
TOPNOTCHER
TOPOGRAPHER
TOPPER
TOPSIDER
TOR
TORCHBEARER
TORCHIER
TOREADOR
TORMENTER
TORMENTOR
TORPOR
TORQUER
TORR
TORRIDER
TORTURER
TOSSER
TOTALISATOR
TOTALIZATOR
TOTALIZER
TOTER
TOTHER
TOTTER
TOTTERER
TOUCHER
TOUCHIER
TOUGHENER
TOUGHER
TOUR
TOURER
TOUTER
TOWER
TOWERIER
TOWNWEAR
TOYER
TRABECULAR
TRACER
TRACHEOLAR
TRACKER
TRACKLAYER
TRACKWALKER
TRACTOR
TRADER
TRADITOR
TRADUCER
TRAFFICKER
TRAILBLAZER
TRAILBREAKER
TRAILER
TRAINBEARER
TRAINER
TRAITOR
TRAMCAR
TRAMMELER
TRAMPER
TRAMPIER
TRAMPLER
TRAMPOLINER
TRANQUILER
TRANQUILIZER
TRANQUILLER
TRANQUILLIZER
TRANSACTOR
TRANSCEIVER
TRANSCRIBER
TRANSDUCER
TRANSFER
TRANSFEROR
TRANSFERRER
TRANSFORMER
TRANSGENDER
TRANSGRESSOR
TRANSISTOR
TRANSLATOR
TRANSMIGRATOR
TRANSMISSOMETER
TRANSMITTER
TRANSPLANTER
TRANSPOLAR
TRANSPONDER
TRANSPORTER
TRAPDOOR
TRAPPER
TRAPSHOOTER
TRASHER
TRASHIER
TRAVELER
TRAVELLER
TRAVERSER
TRAWLER
TREACLIER
TREADER
TREADLER
TREASURER
TREATER
TREEHOPPER
TREKKER
TREMBLER
TREMBLIER
TREMOR
TRENCHER
TRENDIER
TRENDSETTER
TREPANNER
TRESPASSER
TRESSIER
TRESSOUR
TRIANGULAR
TRICKER
TRICKIER
TRICKLIER
TRICKSIER
TRICKSTER
TRICOLOR
TRICOLOUR
TRIER
TRIFLER
TRIGGER
TRILINEAR
TRILLER
TRIMER
TRIMESTER
TRIMETER
TRIMMER
TRIMOTOR
TRINKETER
TRINOCULAR
TRIPPER
TRIPPIER
TRISECTOR
TRITER
TRITURATOR
TRIUMVIR
TROCAR
TROCHANTER
TROCHAR
TROCHLEAR
TROFFER
TROLLER
TROOPER
TROTTER
TROUBADOUR
TROUBLEMAKER
TROUBLER
TROUBLESHOOTER
TROUNCER
TROUPER
TROUSER
TROUTIER
TROUVEUR
TROVER
TROWELER
TROWELLER
TRUCKER
TRUCKLER
TRUCKMASTER
TRUDGER
TRUER
TRUMPETER
TRUNDLER
TRUSSER
TRUSTBUSTER
TRUSTER
TRUSTIER
TRUSTOR
TRYSTER
TSAR
TUBBER
TUBBIER
TUBER
TUBERCULAR
TUBULAR
TUBULATOR
TUCKER
TUFTER
TUFTIER
TUGGER
TUMBLER
TUMMLER
TUMOR
TUMOUR
TUMULAR
TUNER
TUNNELER
TUNNELLER
TURBIDIMETER
TURBOCAR
TURBOCHARGER
TURBOGENERATOR
TURFIER
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