So that it can maintain a vacuum on the condenser; and the U-drains, which drain back to the condenser, don't get sucked dry by the ejector set. The length of each leg of U-drain is specifically designed to maintain a certain vacuum at each position. The U-drains drain the condensate from the inter and after condensers and the gland seal condenser back to the main condenser. Water under a perfect vacuum will stand in a column 34 feet high (10.33 meters), which means a vacuum of 30 inches of mercury (762 mm) would draw everything out of a column that is not at least that high. It's to maintain the water seal on the U-drains to prevent air induction into the condenser.
Albert Einstein
Walter Snelling in 1910, in USA.
At first, it wasn't invented at all. It was harvested from the rubber tree in Brazil (Hevea Brasiliensis). Synthetic rubber came later (made from petroleum products).
From the Crude Splitter Column top tray, gasoline in vapor form is condensed in the condenser overhead vessel. The gasoline product from the vessel is sent to the gasoline stripper column. The bottom product of this gasoline stripper column is termed SR Gasoline.
The Liebig condenser was named after Justus Baron von Liebig . Since grammar school he was very interested in science and he used chemicals from his fathers dry saltery buseness to help him with his
Only the so-called Liebig condenser.
To keep the Liebig condenser cool so it can condense the vapour
A condenser named after a scientist is the Liebig condenser, named after the German chemist Justus von Liebig. It is commonly used in organic chemistry laboratories for condensing vapors.
The Liebig condenser was named after the German chemist Justus von Liebig, who designed and popularized it in the 19th century. Liebig made significant contributions to the field of organic chemistry, and his condenser design greatly improved the efficiency of distillation processes by using a long, straight tube to increase surface area for better heat exchange.
if i had the answer would i ask you
mnikoijjo[uj
A thermometer is required in a Liebig condenser to monitor and control the temperature of the cooling water flowing through the condenser. This is important to ensure optimal cooling efficiency and to prevent overheating, which could lead to loss of condensation and inefficient distillation.
More surface area.
Water typically cools to around room temperature (20-25°C) when passing through a Liebig condenser, which is a type of water-cooled condenser used in laboratory settings to cool hot vapors and condense them back into liquid form.
Justus von Liebig
If you just draw a schematic representation of it (it's basically a tube inside another tube), most people (at least those that have any hope of understanding the drawing as a whole) will understand what it is. I'm not sure that there's an "official" symbol for it. I can't really draw things here, but check the related links; any chemist would immediately recognize the condenser in that drawing even without the label.Since the Liebig condenser is the simplest possible type, you don't need to do anything "special" to represent it.