Entries for Waves to Water

Easily deployable device. Sliding flap mechanism with battlebot style tracks and inflatable wave absorbing wall that expands underwater

Our wave powered desalination system uses inflatables and a rotary pump to produce fresh water for coastal disaster recovery.

The Nalu e Wai system is a bottom-fixed Oscillating Wave Surge Converter that uses the reverse osmosis method to produce desalinated water.

Utilizing a self-winding watch mechanism, we aim to incorporate a water purification system in a buoy which can be easily deployed.

BOUG-ELEC-WEC is to convert the wave movement into electric energy. The electric current can be stored in the batteries.

Wave powered seawater desalination system.

An innovative wave energy harvesting system to produce potable water in emergency response situations.

An array of buoys can harness energy from water waves by induction, pumping water, or mechanical conversions providing clean power.

Our objective is to develop an wave-powered RO desalination system to provide drinking water in disaster relief and coastal locations

our wave-powered desalination is the integration of two technologies WEC and SWRO lead for two specialized teams in each tech field

The Wave-Actuated Tethered Emergency Response Buoyant Reverse Osmosis System, or WATER BROS, is a rapid deployment desalination unit.

A modular system that pairs robust RO technology with an innovative wave-energy harvesting solution to produce drinkable water.

We utilize buoys, ropes, pulleys, and springs to drive turbines - generating electricity that powers a COTS desalination unit.

Wave point absorber that once inflated, rolled out in the ocean and attached to its anchor turns waves to water mechanically.

The project combines the outstanding power capture capability of the DUO WEC with a desalination unit that is easy to construct and deploy

Water Duck captures wave energy from pitch motion and uses an inertial water coil to pressurize water, which feeds an onboard SWRO