Climate-Aligned Desalination:
Building a Sustainable Future
MediSun pioneers net-zero desalination by transforming waste streams into valuable resources. We turn toxic brine and CO₂ into clean water, energy, and valuable minerals.
The Growing Water Crisis
The Growing Water Crisis
Desalination is more important than ever, but current methods are not sustainable. This section details the environmental and economic problems we are solving.
Desalination is more important than ever, but current methods are not sustainable. This section details the environmental and economic problems we are solving.
Desalination is more important than ever, but current methods are not sustainable. This section details the environmental and economic problems we are solving.
Saltwater Intrusion Impact
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Number of people impacted by saltwater intrusion in the US, contaminating drinking water sources.
Saltwater Intrusion Impact
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Number of people impacted by saltwater intrusion in the US, contaminating drinking water sources.
Saltwater Intrusion Impact
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Number of people impacted by saltwater intrusion in the US, contaminating drinking water sources.
Annual Brine Discharge
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Cubic meters of toxic brine waste discharged yearly, harming marine ecosystems.
Annual Brine Discharge
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Cubic meters of toxic brine waste discharged yearly, harming marine ecosystems.
Annual Brine Discharge
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Cubic meters of toxic brine waste discharged yearly, harming marine ecosystems.
Annual CO2 Emissions
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Tons of CO2 emitted annually by desalination, contributing to a massive carbon footprint.
Annual CO2 Emissions
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Tons of CO2 emitted annually by desalination, contributing to a massive carbon footprint.
Annual CO2 Emissions
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Tons of CO2 emitted annually by desalination, contributing to a massive carbon footprint.
Energy Consumption
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The energy used for desalination compared to traditional water treatment, making it expensive and inefficient.
Energy Consumption
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The energy used for desalination compared to traditional water treatment, making it expensive and inefficient.
Energy Consumption
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The energy used for desalination compared to traditional water treatment, making it expensive and inefficient.
Our Solutions
Our Solutions
Our Patented Solutions for a Circular Economy
Our Patented Solutions for a Circular Economy
We've developed a two-part solution that addresses the major drawbacks of conventional desalination, turning a linear process into a circular, sustainable one.
We've developed a two-part solution that addresses the major drawbacks of conventional desalination, turning a linear process into a circular, sustainable one.
WEGen R.E.D. Technology
WEGen R.E.D. Technology
Our proprietary Reverse Electrodialysis (R.E.D.) technology generates electricity from saltwater. This process reduces the Specific Energy Consumption (SEC) of R/O desalination plants by up to 30%, making water affordable and operations more sustainable.
Our proprietary Reverse Electrodialysis (R.E.D.) technology generates electricity from saltwater. This process reduces the Specific Energy Consumption (SEC) of R/O desalination plants by up to 30%, making water affordable and operations more sustainable.
WEGen R.E.D. Technology
Our proprietary Reverse Electrodialysis (R.E.D.) technology generates electricity from saltwater. This process reduces the Specific Energy Consumption (SEC) of R/O desalination plants by up to 30%, making water affordable and operations more sustainable.
WEGen Green Technology
We transform toxic brine and CO₂ into valuable magnesium compounds. This Carbon Capture, Utilization, and Storage (CCUS) process extracts 8-15 kg of MgCO3 and captures 3-7 kg of CO2 per tonne of brine, redefining waste as a resource.
WEGen Green Technology
We transform toxic brine and CO₂ into valuable magnesium compounds. This Carbon Capture, Utilization, and Storage (CCUS) process extracts 8-15 kg of MgCO3 and captures 3-7 kg of CO2 per tonne of brine, redefining waste as a resource.
WEGen Green Technology
We transform toxic brine and CO₂ into valuable magnesium compounds. This Carbon Capture, Utilization, and Storage (CCUS) process extracts 8-15 kg of MgCO3 and captures 3-7 kg of CO2 per tonne of brine, redefining waste as a resource.
Newater House
Newater House
A Modular Water Solution
A Modular Water Solution
Newater House revolutionizes water treatment with an industrial product mindset, delivering intelligent, all-in-one water plants for rapid, on-site assembly and operation.
Newater House revolutionizes water treatment with an industrial product mindset, delivering intelligent, all-in-one water plants for rapid, on-site assembly and operation.
Modular & Highly Integrated
Modular & Highly Integrated
Designed as a series of standard 40-foot modules, our solution is highly integrated and saves up to 80% of the land area required for conventional water plants.
Modular & Highly Integrated
Designed as a series of standard 40-foot modules, our solution is highly integrated and saves up to 80% of the land area required for conventional water plants.
Rapid & Industrialized Production
Components are manufactured on a factory assembly line, commissioned, and pre-tested before delivery. This reduces on-site installation time by 80%, enabling rapid water supply.
Rapid & Industrialized Production
Components are manufactured on a factory assembly line, commissioned, and pre-tested before delivery. This reduces on-site installation time by 80%, enabling rapid water supply.
Rapid & Industrialized Production
Components are manufactured on a factory assembly line, commissioned, and pre-tested before delivery. This reduces on-site installation time by 80%, enabling rapid water supply.
Intelligent Operation & Maintenance
Intelligent Operation & Maintenance
Our proprietary AI intelligent management platform enables unattended operation and efficient management, reducing the need for maintenance personnel by 80%.
Intelligent Operation & Maintenance
Our proprietary AI intelligent management platform enables unattended operation and efficient management, reducing the need for maintenance personnel by 80%.
Versatile Applications
Newater House provides high-quality water for various needs, including water supply and wastewater recycling for industrial enterprises, industrial parks, and municipalities.
Versatile Applications
Newater House provides high-quality water for various needs, including water supply and wastewater recycling for industrial enterprises, industrial parks, and municipalities.
Versatile Applications
Newater House provides high-quality water for various needs, including water supply and wastewater recycling for industrial enterprises, industrial parks, and municipalities.
Our Technology
Our Technology
How Our Technology Creates Value
How Our Technology Creates Value
Our innovative, two-stage system integrates seamlessly with existing infrastructure to deliver a fully circular, net-zero solution for desalination.
Our innovative, two-stage system integrates seamlessly with existing infrastructure to deliver a fully circular, net-zero solution for desalination.
Reverse Electrodialysis (R.E.D.)
Our WEGen R.E.D. Technology harnesses Salinity Gradient Power (SGP) to generate electricity from the difference in salt concentration between fluids, such as where a river meets the sea. This electricity is then used to power the desalination process, reducing overall energy consumption.
30% Energy Savings: Reduces average energy use from 3.5 kWh/m³ to 2.45 kWh/m³.
Retrofit Compatibility: Seamlessly integrates with existing Reverse Osmosis (R/O) systems for easy adoption.
Net Zero Carbon Emission: Offsets 3.1 kg of CO2 per tonne of brine water processed.
Brine Mining & CCUS
The WEGen Green Technology transforms toxic brine waste into a resource. By combining it with captured CO2, we create valuable magnesium compounds through a mineralization process.
Magnesium Extraction: Recovers up to 95% of the magnesium from brine.
High Purity: Achieves 95% purity for the produced magnesium carbonate.
CO2 Capture: Captures 3-7 kg of CO2 for every ton of brine processed.
No Brine Discharge: Eliminates liquid waste, ensuring full brine treatment for a clean ocean.
Our Impact
Our Impact
The MediSun Difference
The MediSun Difference
Our technology creates a complete circular economy by turning salty wastewater into clean water, electricity, and valuable minerals. Nothing goes to waste.
Our technology creates a complete circular economy by turning salty wastewater into clean water, electricity, and valuable minerals. Nothing goes to waste.
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30%
Lower Energy Consumption
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30%
Lower Energy Consumption
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30%
Lower Energy Consumption
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Zero
Brine Discharge
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Zero
Brine Discharge
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Zero
Brine Discharge
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Net Zero
Carbon Emissions
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Net Zero
Carbon Emissions
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Net Zero
Carbon Emissions
From Brine to Treasure
From Brine to Treasure
Valuable Products from Brine
Valuable Products from Brine
Brine, often considered a waste product, is a treasure trove of minerals. Our technology extracts these valuable compounds for use in a wide range of industries.
Brine, often considered a waste product, is a treasure trove of minerals. Our technology extracts these valuable compounds for use in a wide range of industries.
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Magnesium Carbonate MgCO3
A white crystalline powder used as an antacid, magnesium supplement, food additive (anti-caking), and in sports grip chalk. It's also a key material for construction and environmental applications like acid neutralizers.
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Magnesium Carbonate MgCO3
A white crystalline powder used as an antacid, magnesium supplement, food additive (anti-caking), and in sports grip chalk. It's also a key material for construction and environmental applications like acid neutralizers.
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Magnesium Carbonate MgCO3
A white crystalline powder used as an antacid, magnesium supplement, food additive (anti-caking), and in sports grip chalk. It's also a key material for construction and environmental applications like acid neutralizers.
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Magnesium Hydroxide Mg(OH)2
A white solid with low water solubility. Used in medical applications as an antacid and laxative, as well as in fireproofing, and for environmental remediation. It's an FDA-approved food additive.
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Magnesium Hydroxide Mg(OH)2
A white solid with low water solubility. Used in medical applications as an antacid and laxative, as well as in fireproofing, and for environmental remediation. It's an FDA-approved food additive.
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Magnesium Hydroxide Mg(OH)2
A white solid with low water solubility. Used in medical applications as an antacid and laxative, as well as in fireproofing, and for environmental remediation. It's an FDA-approved food additive.
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Magnesium Oxide MgO
A hygroscopic white solid with high thermal conductivity and low electrical conductivity. Its uses include heating elements, fireproofing, cement production, and medical supplements.
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Magnesium Oxide MgO
A hygroscopic white solid with high thermal conductivity and low electrical conductivity. Its uses include heating elements, fireproofing, cement production, and medical supplements.
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Magnesium Oxide MgO
A hygroscopic white solid with high thermal conductivity and low electrical conductivity. Its uses include heating elements, fireproofing, cement production, and medical supplements.
