Atmospheric Water Harvesting - Revision history

Bleeblahblue at 20:25, 12 November 2013

2013-11-12T20:25:44Z

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	[[File:Solar_dehumidifier.jpg]]		[[File:Solar_dehumidifier.jpg]]

	[[Category:Projects]]		[[Category:Proposed Projects]]

Bleeblahblue at 20:24, 12 November 2013

2013-11-12T20:24:57Z

← Older revision		Revision as of 13:24, 12 November 2013
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	The test rig shown below only produced a few mL of water due to failure on the first evening of the commercially manufactured dehumidifier EVA-2200. It is assumed that the fan shut off before the thermoelectric element, leading to overheating and failure. Future systems will have to be designed with scalable power consumption and additional thermal shutdown triggers.		The test rig shown below only produced a few mL of water due to failure on the first evening of the commercially manufactured dehumidifier EVA-2200. It is assumed that the fan shut off before the thermoelectric element, leading to overheating and failure. Future systems will have to be designed with scalable power consumption and additional thermal shutdown triggers.
	[[File:Solar_dehumidifier.jpg]]		[[File:Solar_dehumidifier.jpg]]

			[[Category:Projects]]

Hol: Created page with "Where there is little access to precipitation, surface water, or groundwater, we must rip water directly from the air. Driven by the need for water at a remote facility, wher..."

2013-03-14T20:54:21Z

Created page with "Where there is little access to precipitation, surface water, or groundwater, we must rip water directly from the air. Driven by the need for water at a remote facility, wher..."

New page

Where there is little access to precipitation, surface water, or groundwater, we must rip water directly from the air. Driven by the need for water at a remote facility, where construction activities have been ongoing through a years-long drought in central Texas, the development of alternative water supply technologies is underway. Under consideration are passive radiative systems and active thermoelectric systems.

The test rig shown below only produced a few mL of water due to failure on the first evening of the commercially manufactured dehumidifier EVA-2200. It is assumed that the fan shut off before the thermoelectric element, leading to overheating and failure. Future systems will have to be designed with scalable power consumption and additional thermal shutdown triggers.
[[File:Solar_dehumidifier.jpg]]