TECHNOLOGY
WeWebelievebelievethatthatwewecancanliveliveininaaworldworldwherewhereallallenergyenergyisisclean,clean,greengreenandandaffordable.affordable.
ToToharnessharnesssciencesciencetotounlockunlocknature'snature'ssecretssecretstotomakemakethetheearthearthbetterbetterforforourourchildren.children.
MediSun is Earth centric. We're Here to help the world.
Water technology company dedicated to advancing sustainable solutions for the desalination industry, with a core focus on Reverse Electrodialysis (R.E.D.). Our technologies are designed to improve the efficiency of desalination processes through energy savings and smarter brine management, helping to move the industry closer to net-zero operations.
We help make desalination more cost-effective by reducing energy consumption and improving brine discharge management through integrated RED technology.
Our systems extract valuable minerals from brine discharge and brine pools, turning waste into resources.
These solutions manage reject brine and wastewater at the end of the desalination cycle, supporting stricter environmental compliance and reducing liquid waste.
Our ocean-based solution captures and sequesters CO₂ in a stable form through seabed deployment, contributing to long-term climate goals.
Today's Desalination System is not sustainable for the future.
Generate brine as a byproduct; disposal of concentrated brine is costly and poses environmental challenges.
Reverse Electrodialysis
Driving the future of Blue Energy through the salinity gradient power potential.
Growing Scale
SGP offers a substantial, eco-friendly energy source.
Global Estuary Potential
Offering massive potential for clean, emission-free energy.
High Energy Potential
Captures osmotic energy between seawater and freshwater.
Advanced Technology
Harnessing the difference in salt concentration.
Electrically-Driven Membrane (EDM) Technology
Transition your facility towards efficient, clean, green, low-carbon, circular, and renewable industrial production. Our advanced electrically-driven membrane solutions allow you to transform waste into valuable resource wealth.
Anion Exchange Membrane (AEM)
A semi-permeable membrane engineered to selectively allow only negatively charged ions (anions) to pass through, effectively blocking cations and neutral molecules. They are highly efficient for high-multiple concentration and organic desalination.
Cation Exchange Membrane (CEM)
A semi-permeable membrane that selectively permits only positively charged ions (cations) to transport through the material, stopping anions.
Bipolar Membrane (BPM)
A specialized three-layer membrane consisting of a cation-exchange layer, an anion-exchange layer, and an interfacial catalytic layer. Under an electric field, it uses a unique water dissociation mechanism to split water into protons (H+) and hydroxide ions (OH-), generating pure acid and base streams without added chemicals.
BPED
Bipolar Membrane Electrodialysis
Clean acid and base generation — no chemicals, no compromise
Streamlined Process Replacement
Completely replaces messy, traditional chemical process operation units such as precipitation, acidification, and separation, vastly simplifying your production line.
Zero-Chemical Production
Uses a specialized bipolar membrane (BPM) process to split water into H+ and OH- ions, generating pure acid and basic streams directly from the feed brine without adding external bases or acids.
Drastic Wastewater Reduction
Achieves highly efficient clean production with conversion rates of ≥95%. In real-world applications, this technology has reduced wastewater discharge from an industry-standard 50 tons down to just 0.01 tons per ton of acid.
High-Concentration Output
Designed to function under high current density to produce high-concentration acid and base streams. Stacks can be customized in a three-compartment configuration for producing inorganic acids/bases, or a two-compartment configuration specifically for organic acids.