Airlift Pump - Revision history

Iceagefarmer: /* Compressor */

2018-01-16T22:54:40Z

‎Compressor

Iceagefarmer at 22:53, 16 January 2018

2018-01-16T22:53:49Z

Iceagefarmer: /* Rundown */

2018-01-16T21:34:53Z

‎Rundown

Iceagefarmer: Created page with "The Airlift pump, sometimes called a mammoth pump, is easy to construct from common materials. Invented around 1797 by Carl Emanuel Löscher. ==Rundown== PPstrub}} Basically..."

2018-01-16T21:33:36Z

Created page with "The Airlift pump, sometimes called a mammoth pump, is easy to construct from common materials. Invented around 1797 by Carl Emanuel Löscher. ==Rundown== PPstrub}} Basically..."

New page

The Airlift pump, sometimes called a mammoth pump, is easy to construct from common materials. Invented around 1797 by Carl Emanuel Löscher.

==Rundown==
PPstrub}}
Basically you pump the liquid by injecting air in to the lower end of an open pipe, which is immersed in the liquid. Often this idea is used in boreholes, but can also be used for dredging or collecting scientific specimens (which I have done several times)

Requires:
*An open pipe that is immersed in the liquid
*Compressed air (blower, compressor)
*A sieve, to collect sand or other objects you want to either collect or sepparate from the liquid, depending on what you want to collect.

https://tslotpe.files.wordpress.com/2013/12/ah810e119.gif

Not much is needed to build an airlift pump, that is the main advantage of these pumps, but to operate one, you should keep in mind that the immersion length is bigger than halve the length of the pipe. The compressed air will produce a forth of air and water, which has a lower density than water itself.

The density of this air/water mixture is about halve the density of water alone, which means you can get this mixture to rise approximately equal to the immersed depth of the pipeline. This means that if the water level drops below a certain point (immersed level is less than halve the length of the risisng main) no water can be transferred from the well this way. For a “steady” supply of water usually the immersion lenght is twice that of the length above the water level.

@@ Line 18: / Line 18: @@
 ===Compressor===
-Joseph F has had success using this model, at 40W, to drive water up 3' of head (3' of pipe submerged under water level).  Similar to this setup:
+Joseph F has had success using [http://amzn.to/2Dj9FOE this model], a 40W ZOIC Commercial Air Pump, to drive water up 3' of head (3' of pipe submerged under water level).  Similar to this setup:
 <youtube>OOK2MxIx6RM</youtube>

← Older revision		Revision as of 22:53, 16 January 2018
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	The density of this air/water mixture is about halve the density of water alone, which means you can get this mixture to rise approximately equal to the immersed depth of the pipeline. This means that if the water level drops below a certain point (immersed level is less than halve the length of the risisng main) no water can be transferred from the well this way. For a “steady” supply of water usually the immersion lenght is twice that of the length above the water level.		The density of this air/water mixture is about halve the density of water alone, which means you can get this mixture to rise approximately equal to the immersed depth of the pipeline. This means that if the water level drops below a certain point (immersed level is less than halve the length of the risisng main) no water can be transferred from the well this way. For a “steady” supply of water usually the immersion lenght is twice that of the length above the water level.
		+
		+	===Compressor===
		+
		+	Joseph F has had success using this model, at 40W, to drive water up 3' of head (3' of pipe submerged under water level). Similar to this setup:
		+
		+	<youtube>OOK2MxIx6RM</youtube>

@@ Line 2: / Line 2: @@
 ==Rundown==
-PPstrub}}
-Basically you pump the liquid by injecting air in to the lower end of an open pipe, which is immersed in the liquid. Often this idea is used in boreholes, but can also be used for dredging or collecting scientific specimens (which I have done several times)
+Air is injected in to the lower end of an open pipe, which is immersed in the liquid, pumping liquid up. Often this idea is used in boreholes, but can also be used for dredging or collecting scientific specimens.
 Requires: