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DARPA awarded contracts to develop portable units for extracting drinking water from the air
Introduced a year ago by the Defense Advanced Research Projects Agency of the United States Department of Defense (DARPA), the AWE program for the extraction of atmospheric water in the field has found executors. The Office has signed five development contracts with private entities and signed an agreement with one government entity. At the exit, DARPA expects to see effective portable and positional installations based on new materials and principles.
Image source: DARPA
Without water, human life is impossible, not to mention the support of the combat capability of units. “Access to clean water is critical for the fighter, and current water distribution operations present numerous financial, technical and logistical challenges,” said Dr. Seth Cohen, AWE Program Manager. Therefore, the US military challenged the developers to create efficient and at the same time portable installations for the extraction of water from the air, even in the driest climates.
After consideration of applications from applicants for participation in the program, contracts were awarded to GE Research, Physical Sciences, Honeywell International, Massachusetts Institute of Technology, University of Texas at Austin and the US Naval Research Laboratory. “In addition to developing new sorbents, AWE researchers will need to design systems to optimize their suitability for highly mobile forces by significantly reducing size, weight and power requirements compared to existing technologies,” DARPA said in a press release.
The work will be carried out in two directions. First, it is necessary to create a portable installation for servicing small mobile groups of military. Secondly, a truck transport facility is needed to provide drinking water for up to 150 people per day. To put it simply, an expeditionary installation option and a positional. In the latter case, the installation is also supposed to be used in humanitarian missions.
According to the preliminary technical assignment, sorbents should allow thousands of cycles of use with stable preservation of parameters, and installations should not contain expensive components and be easy to maintain and repair. The timing of the program is not specified. Its implementation requires a number of scientific studies.