Supporting desalination where it hurts most:
intake and discharge
Desalination just got easier
Pumping seawater to the surface takes energy, equipment, and regular maintenance. Brine discharge often demands engineered infrastructure, added power, and complex approvals.
That’s where oPod comes in. Powered by wave, current, and solar, oPod helps deliver cooler water to the surface without additional energy input — supporting lower intake temperatures, reduced mechanical strain, and improved efficiency at the RO stage.
It also aids brine dilution by dispersing discharge more broadly, helping lower salinity concentrations and easing environmental compliance.
What oPod helps you do
Reduce intake energy
oPods draw cooler seawater from depth using wave, current, and solar power — cutting intake energy costs, eliminating emissions, and requiring no external fuel or grid connection.
Improve intake quality
Draws cooler, deeper water with more stable chemistry and fewer suspended solids — reducing biofouling, easing strain on membranes, and improving intake reliability.
Enhance brine dilution - now in 3D
oPods lift discharge vertically, enabling wind and surface currents to spread salinity across a broader, more dynamic zone. This three-dimensional mixing improves dilution, protects seafloor ecosystems, and simplifies compliance — all without pumps, fuel, or fixed infrastructure.
Increase output, no new infrastructure
oPods let you expand seawater intake and discharge capacity without adding fuel demand, grid dependency, or permanent infrastructure. Modular, mobile, and self-powered, they integrate seamlessly with existing systems — making it faster and easier to scale water production where and when it’s needed most.
