A canal outlet refers to a structure or opening through which water is discharged from a canal system. It is a crucial component of an irrigation network that allows the controlled release of water from a canal to supply irrigation channels, fields, or other water distribution systems. The canal outlet serves to regulate the flow of water, ensuring it is distributed appropriately and efficiently.
Canal outlets can take various forms depending on the design and purpose. Some common types of canal outlets include:
Head Regulator: A head regulator is a type of canal outlet that is typically located at the beginning of a canal system. It is used to control the flow of water into the main canal from the water source, such as a river or reservoir.
Distributary Regulator: A distributary regulator is a structure located along a canal where it branches off into multiple distributaries. It regulates the flow of water into each distributary, ensuring an equitable distribution of water to different irrigation channels or fields.
Flume: A flume is a channel or chute-like structure used to carry water from a canal to an irrigation channel or field. It is often made of concrete or lined with a smooth surface to minimize water loss due to seepage. Flumes can be designed to maintain a constant water level and control the flow rate.
Turnout: A turnout is an outlet structure that diverts water from a main canal into a smaller irrigation channel. It allows water to be directed to specific fields or areas for irrigation purposes.
Sluice Gate: A sluice gate is a mechanism used to control the flow of water at a canal outlet. It consists of a movable gate or barrier that can be raised or lowered to adjust the water level or stop the flow completely.
Canal outlets play a vital role in managing water resources efficiently, ensuring that water is distributed effectively to meet agricultural, industrial, or domestic water needs. The design and operation of canal outlets aim to minimize water loss, maintain flow control, and optimize water distribution for irrigation and other purposes.
A canal outlet, also known as a canal headworks or canal diversion structure, is a hydraulic structure built on a canal system to regulate the flow of water and divert it to various channels or irrigation canals. It is typically located at the head of a canal, where water is taken from a river, reservoir, or another water source.
The main purpose of a canal outlet is to control the amount of water entering the canal system and distribute it to different branches or distributaries. It allows for the effective management of water resources and ensures an equitable distribution of water for irrigation, drinking water supply, or other purposes.
A typical canal outlet consists of several components, including:
Diversion Weir or Barrage: This is a low dam or barrier constructed across the river or water source to divert water into the canal system. It helps regulate the flow and maintain a desired water level in the canal.
Head Regulator: It is a gated structure located at the canal headworks. The gates can be adjusted to control the flow of water entering the canal system. The head regulator helps maintain a constant water level in the canal and allows for the regulation of water distribution to different channels.
Flumes or Channels: These are open channels or conduits that carry water from the headworks to various branches or distributaries of the canal system. They are designed to efficiently transport and distribute water to the desired locations.
Control Structures: Additional control structures, such as gates, sluices, or valves, may be installed along the canal outlets to further regulate the flow of water and manage water distribution.
Canal outlets play a vital role in water management and irrigation systems, ensuring that water resources are utilized effectively and efficiently. They help maintain a reliable water supply for agriculture, provide controlled releases for flood management, and support other water-dependent activities.
He didn't. The Duke of Bridgewater had a canal built from his coal mines in Worsley to the centre of Manchester. This is not in London. The first part of his canal opened in 1763. He didn't invent canals, though. The Sankey Canal near Warrington had already opened a few years earlier. The Duke went to look at the Canal du Midi in France and the Newry Canal in Ireland, which were older. The Exeter Ship Canal had opened back in 1566 and a number of canals were built in England by the Romans, including the Foss Dyke,which is still in use, between Lincoln and the River Trent.
germany
sulphate resistant cement
水渠闸 [shuǐ qú zhá]
The "layout", or placement, of an irrigation canal is defined by the slope of the land through which it flows. This can vary, but is usually less than 1% slope. When needed, the water is lifted to a higher level with use of electrical- or diesel-powered pumps.
It gave the Mediterranean Sea an eastern outlet.
Yes, you are farther west at the Carribbean entrance (Atlantic Ocean) than you are when you arrive at the Pacific entrance to the Canal and the canal operates on fresh water. Sidney Waits
One canal east of the "Oswego Canal " is the " Fulton Canal.
The Suez Canal.
* Panama Canal * Suez Canal * Erie Canal
outlet
The dafinition of a canal is an artifitial water way,even though its not just a ditch, it is still a canal.a lock canal is a type of canal( panama canal),the other is a ditch canal( suez canal) and also be specific on what canal your talking about
The Canaly Canal The Super Canal The Super-Duper Canal The Rawr Canal The Why am I doing this Canal The this is a fake comment Canal
The Welland Canal.
Suez Canal...The Suez Canal
Some famous canals include the Panama Canal, the Suez Canal, the Erie Canal, and the Grand Canal in China.
Yes. Gymboree does have outlet stores. Most of their outlet stores are located in Outlet Malls.