Drinking Water without Emission

Mission

Drinking water without Emission: Ocean water + Ocean energy = Endless, clean drinking water.

Characteristics

• Desalination device, hooked to very efficient buoys (unique technology) as a power source.
• Located offshore (NO visibility, NO shore damage).
• Produce potable water without electricity (NO CO 2 ) .
• Low water cost (NO electricity, NO sucking seawater to shore, NO pumping brine to sea).

Industry background

• Global annual market of $500B.
• Desalination industry: 15,000 plants, producing 32,000,000 cubic meter and grow 12% a year (2006).
• Proposed cluster can work as a standalone device for small communities and as much as a "farm" of clusters for big cities or islands.

Business

• Selling water NOT facilities!
• Clients: governments, national agencies, UN, municipalities, islands, resorts, etc.

Technology

• Reverse Osmosis: cost breakdown Carbon footprint costs/credits: 4 kWh/m 3 = 3.8 Kg CO2 = 0.06 € (~15 € /ton) = 0.10 $/m.
• Differentiators: efficient buoy technology (confidential) harness more wave energy (5-12 times then commercials).
• Device is closer to shore: 500-1,500 meter offshore (compared to 2-6 km).
• Pressure seawater Vs. production of electricity to run HP pumps.
• Will not emit CO2 during desalination.
• Produce low cost potable water.

Commercial Desalination Farm (All data for 4 meter diameter buoys, for 5 meter add ~40%)

• “Farm” built as an array of modular clusters.
• Barge: 4 floats, harness the wave power, high pressure seawater.
• Each barge is designed to produce 100,000 - 250,000 cubic meter/year of drinking water, seabed area of ~250 square meter .
• "Farm” deliver drinking water to customers via undersea marine pipe.
• Chemical Free” Process

Summary

• Drinking water are totally “green”, NO electricity and absolutely NO CO 2 footprint.
• Ocean water + Ocean energy = Clean potable water
• We predicts very short ROI.
• This is The Future of Renewable Potable Water

To combat the rising sea levels we construct thousands of desalination plants to suck up the water