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All intelligence, both human and artificial, depends on the availability of cheap fresh water.
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We start with the saltwater and the solvent separately
Then they are combined in a mixing tank where the water molecules move from the salt water to the solvent
Because the solvent is ‘non aqueous’ it naturally separates from the concentrated brine.
Then they are combined in a mixing tank where the water molecules move from the salt water to the solvent.
A Liquid / liquid separator then separates the solvent-water mixture and it is heated with solar energy.
The higher temperature changes the solubility of the solvent and pure water is separated and removed.
The water is filtered one more time before use and the solvent is recycled to the beginning of the process.
It is estimated that California alone has 3X the amount of accessible water in the form of brackish groundwater. Groundwater has less salt than seawater, requires less energy to desalinate and the leftover salt has value.
The food and agriculture industry is the largest source of demand for fresh water globally. Water that is used for irrigation picks up salts and other impurities in the soil and can be collected and desalinated for reuse.
Heavy industries such as energy and mining produce enormous volumes of saltwater that often become an environmental issue. These industrial waste streams can be desalinated to reduce impact and stress on fresh water supplies.
Wastewater should not be wasted. Once treated, municipal wastewater can be desalinated and returned to potable quality. Countries like Israel have made wastewater a critical part of the overall water supply portfolio.
Water →
Reverse osmosis →
Water + Brine →
Special solvent process powered by solar energy →
3 types of water →
Potable water is for human consumption and must be generated from clean water sources, like seawater or brackish groundwater. Desalinated water is often higher quality than tap water.
Water that is suitable for agriculture or the environment can be regenerated from saline water sources, such as farm discharge, ag drainage water and storm runoff. It can contain low levels of salt.
Water for industrial purposes has a range of uses and will vary in quality depending on the need. For example, the O&G industry can make use of recycled brine but manufacturing requires ultra-high purity.
It is estimated that California alone has 3X the amount of accessible water in the form of brackish groundwater. Groundwater has less salt than seawater, requires less energy to desalinate and the leftover salt has value.
The food and agriculture industry is the largest source of demand for fresh water globally. Water that is used for irrigation picks up salts and other impurities in the soil and can be collected and desalinated for reuse.
Heavy industries such as energy and mining produce enormous volumes of saltwater that often become an environmental issue. These industrial waste streams can be desalinated to reduce impact and stress on fresh water supplies.
Wastewater should not be wasted. Once treated, municipal wastewater can be desalinated and returned to potable quality. Countries like Israel have made wastewater a critical part of the overall water supply portfolio.
Saline groundwater is desalinated to make it freshwater. Desalinated water goes to the wholesaler and is blended with the water supply. Corporations and other end users acquire water credits generated from desalinated water.
Saline groundwater is desalinated to make it freshwater. Desalinated water goes to the wholesaler and is blended with the water supply. Corporations and other end users acquire water credits generated from desalinated water.
Saline groundwater is desalinated to make it freshwater. Desalinated water goes to the wholesaler and is blended with the water supply. Corporations and other end users acquire water credits generated from desalinated water.
Saline groundwater is desalinated to make it freshwater. Desalinated water goes to the wholesaler and is blended with the water supply. Corporations and other end users acquire water credits generated from desalinated water.
Water →
Reverse osmosis →
Water + Brine →
Special solvent process powered by solar energy →
3 types of water →
Potable water is for human consumption and must be generated from clean water sources, like seawater or brackish groundwater. Desalinated water is often higher quality than tap water.
Water that is suitable for agriculture or the environment can be regenerated from saline water sources, such as farm discharge, ag drainage water and storm runoff. It can contain low levels of salt.
Water for industrial purposes has a range of uses and will vary in quality depending on the need. For example, the O&G industry can make use of recycled brine but manufacturing requires ultra-high purity.
We make it easy and affordable for anyone to replace their fresh water consumption with regenerative water by developing fit-for-purpose desalination projects wherever they are needed.
Request water type and amount
System connects you to a water supplier
Smart contract is created
Get your water
Information is recorded in the blockchain
Request water type, amount and location
We connect you to water projects
A digital water contract is generated
Monitor the water production & delivery
Retire water credits to offset water