Want to go deeper? NASA's release explains how the station reached 98% water recovery.
For Further InformationThe space station now recycles 98% of the water its crews bring along, thanks to a Brine Processor Assembly, technology that matters wherever water is scarce.
Image: NASA (iss065e333421).
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NASA, with the space station’s Environmental Control and Life Support System.
A Brine Processor Assembly that squeezes the last water out of urine brine, lifting total water recovery to 98%.
Long missions beyond low Earth orbit need to recover close to 98% of the water crews start with, because resupply is not possible.
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The Urine Processor Assembly recovers water from urine by vacuum distillation; the Brine Processor Assembly then runs the leftover brine through a membrane and evaporates the rest. NASA says the system now reaches its 98% water recovery goal, and the reclaimed water is cleaner than what we drink on Earth.
Source: NASA, water recovery milestone on the ISS
For Further Information: NASA, water recovery milestone on the ISS
Crews drink water that has been reclaimed, filtered and cleaned so it is cleaner than tap water on Earth, and the same closed-loop thinking is what future crews will need far from home.
Source: NASA, water recovery milestone on the ISS
Recovering 98% means only about 2% of the water is lost; the rest keeps going around and around. That is the most efficient water loop people have built.
Want to go deeper? NASA's release explains how the station reached 98% water recovery.
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Sources are listed with each fact in the Five W's above.
APA
Saving Planets. (n.d.). ISS Water Recovery: 98%. https://www.savingplanets.com/ISS_Water_Recovery.html
MLA
"ISS Water Recovery: 98%." Saving Planets, https://www.savingplanets.com/ISS_Water_Recovery.html.
