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Danish Aerospace Company APS & Aquaporin Space Alliance APS have been tasked to develop a breadboard model of a water recycling unit for the European Space Agency, ESA

The two Danish companies; Danish Aerospace Company ApS (DAC) and Aquaporin Space Alliance ApS (ASA) have been tasked by ESA to develop a breadboard model of a water recycling unit for space applications. If successful this could lead to a new type of open water recycling system for future testing on the International Space Station and eventually use on human voyages further out into the Solar System.

 The two companies will spend the next six months designing and developing the WRU (Water Recycling Unit) breadboard model based on the Aquaporin Inside™ technology, for which Aquaporin Space Alliance ApS has the rights for use in space.

The WRU breadboard model will be based on the biomimetic water filtration membranes from Aquaporin. These membranes were initially tested in space by the Danish ESA astronaut Andreas Mogensen during his 10 days stay on the International Space Station (ISS) in September 2015.

The patented Aquaporin Inside™ technology uses aquaporin molecules for transport of water across the membrane. Aquaporins are Nature’s own water filters and facilitate rapidly a highly selective water transport.

Water is an extremely important commodity in space despite that fact that on the space station, astronauts will wash with much less than one-tenth the water that people typically use on Earth. Usually an astronaut in space use around 6 liters of water per day for drinking, hygiene, cleaning etc.

Launch of supplies from ground to Earth orbit is usually valued around 50.000 $ per kilo, so any considerable amount of water which can be reused with a simplified and reliable system, will provide a direct significant cost saving in human exploration.

 

 

Testing of new water recycling systems is required before they can be implemented on a Cislunar station further out into space. (Photo: NASA)
Published on February 17 in