We transform saline brine into fresh water - cutting costs while protecting the environment.
We cut the costs of saline wastewater disposal by over 50% and reduce feed water consumption, all while producing more clean water.
The problem
Global fresh water demand is expected to exceed available fresh water supply by 40% within the decade.
40%
by 2030
The global footprint of water is significant and accounts for 15% or more of global greenhouse gas (GHG) emissions.
5-6 GtCO₂
per year
out of approximately 37 GtCO₂ emitted globally
We operate using adaptive electrodiaysis (AER) which allows us to create more water, and less waste from saline sources.
The solution
We leverage electrochemistry, clever systems integration, and novel control & power electronics to adaptively operate our systems and reduce the OpEx of saline wastewater disposal.
Our technology has the potential to offset 500+ Mt per year of global CO₂ emissions, greatly reduce freshwater withdrawals, and utilize untraditional sources of water (brackish, seawater, industrial process water) and power (solar, wind, dynamic grid pricing), bridging the gap between variable power sources and desalination/brine concentration.
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