WEGen Green
Transforms the environmental liability of toxic desalination brine and industrial CO₂ emissions into valuable resources
PROBLEM
The Desalination Dilemma
Solving the twin challenges of Brine Discharge and Critical Mineral Scarcity
Global desalination produces 142 million tons of brine daily. Discharging this hypersaline waste depletes oxygen and harms marine ecosystems.
OUR PRODUCT
WEGen Green: Circular Desalination
By integrating brine mining with advanced carbon capture, we protect marine life, sequester carbon permanently, and produce high-purity critical minerals needed for the global economy.
THE INNOVATION
Nanobubble Technology
Standard Aeration vs WEGen Green Nanobubbles
Maximizing gas-liquid transfer efficiency for superior mineralization.
results
Validated Efficiency & Output
Achieves 95%
magnesium recovery rate with 95% purity MgCO₃.
Offsets 3.1kg CO₂
for every tonne of brine processed.
Recovers 8-17kg MgCO₃
per tonne of brine, depending on water quality.
HOW IT WORKS
Complete Circular Economy
Brine mixes with NaOH to precipitate Mg(OH)₂.
Mg(OH)₂ slurry is separated using a centrifuge.
CO₂ is injected via nano/microbubbles to form Hydromagnesite.
Hydromagnesite is dewatered and dried into MgCO₃ or MgO.
CREDENTIALS
Patents, Certifications, & Memberships
Explaining MediSun's WEGen Green Technology
In a world where water scarcity is an escalating crisis, enhancing existing technologies is crucial. Watch how WEGen Green transforms the desalination landscape by integrating Salinity Gradient Power into traditional Reverse Osmosis systems.