Using Home and Commercial Salt Based Water Conditioners for Power Production

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Simultaneously produce soft water and power from salt based water conditioners Salt based water conditioners and water softeners can be used for small power production making home and commercial water processing a miniature power plant. Simultaneously produce soft water and power. For homes may only be less than a kilowatt per day, but for commercial buildings may be 175 kW or more per day. For large desalination plants, may amount to hundreds or thousands of kilowatts of power production per day. The development of a particular mechanism for harvesting salinity-gradient power (SGP) known as reverse electrodialysis (RED). RENEWABLE ELECTRICITY GENERATION FROM SALINITY GRADIENTS USING REVERSE ELECTRODIALYSIS Reverse electrodialysis (RED) is practically a salt battery that uses the transport of (salt) ions through membranes Lithium Brine Extraction Technologies and Approaches

Remote islands like Bora Bora can take advantage of fresh water desalination production and makeing power in the same process

Desalination plants can now simultaneously produce power For large desalination plants, power production may amount to hundreds or thousands of kilowatts of power production per day.

Commercial users of large quantities of water softening lake the Burgenstock Resort near Lucerne Switzerland are prefect candidates to simultaneously produce power

Large commercial and utility grade salt battery for system strength and energy storage

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Infinity is also developing a closed loop CO2 based salt battery turbine

Simultaneous brine treatment and energy storage with lithium mining bonus

What is Brine What is brine? In general, brine is any solution with an extremely high concentration of salts, such as sodium chloride, which can occur either naturally (as with seawater, deep-water ocean pools, salt lakes, producer water from oil and gas drilling) or as a byproduct of industry. These byproducts, or brine waste streams, are typically highly concentrated salt solutions that, in some cases, contain more than twice the amount of concentrated salts than natural brine solutions. Brine waste streams can also be highly concentrated with total dissolved solids (TDS), such as waste streams in many chemical manufacturing processes, and they can be some of the most challenging to treat or discharge because their composition and purification requirements are dynamic and complex. Some examples of brine waste created as a byproduct of industry include: -cooling tower and boiler effluent -reverse osmosis (RO) and ion exchange waste/reject streams -produced water from extracting oil and natural gas chlor-alkali and chemical plant waste -acid rock and mine drainage -food preservation and manufacturing waste streams -desalination waste from potable water creation irrigation runoff Our novel solution is treating this solution considered and expensive headache, into a battery technology system. Everything You Should Know About Saltwater Batteries Tesla patent reveals Elon Musk’s table salt lithium extraction process that could slash costs Recovery of Lithium from Brines from 1962

Tax Credits Home Based Flow Battery: 10-100 kW $35 x 10 kW = $350 $35 x 100 kW = $3,500 Commercial Flow Battery: 4 MW $35 x 4,000 kW = $140,000 Utility Scale Flow Battery Bank: $35 x 4,000 kW x 100 = $14,000,000 Note: The credit would apply to components produced and sold after December 31, 2022, and would begin to phase out starting in 2030. Access: Electrochemical cell comprised of one or more positive electrodes and one or more negative electrodes, with an energy density of not less than 100 watt-hours per liter (.1 kW/L), and capable of storing at least 20 watt-hours of energy. Inflation Reduction Act of 2022 – New Tax Credits for Manufacturers of Clean Energy Equipment