09.02.2018 Views

Gallery of Clean Energy Inventions Exhibit - with setup details

The Gallery of Clean Energy Inventions Exhibit exhibits 45 generators, 23 advanced self-powered electric vehicle innovations, 27 radioactivity neutralization methods, 25 space travel innovations, 20 technical solutions to water shortages, and a torsion field school network. The exhibit also includes 26 movie posters and 98 fantastically colorful Hubble Space Telescope images. The exhibit can be installed in conventions, festivals, and any suitable public buildings such as universities, city halls, museums, shopping malls, and libraries.

The Gallery of Clean Energy Inventions Exhibit exhibits 45 generators, 23 advanced self-powered electric vehicle innovations, 27 radioactivity neutralization methods, 25 space travel innovations, 20 technical solutions to water shortages, and a torsion field school network. The exhibit also includes 26 movie posters and 98 fantastically colorful Hubble Space Telescope images. The exhibit can be installed in conventions, festivals, and any suitable public buildings such as universities, city halls, museums, shopping malls, and libraries.

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Dynamic Vapor Recovery<br />

<strong>with</strong> Zero Discharge <strong>of</strong> Brine<br />

Most ocean water desalination systems produce 35% fresh water at a cost <strong>of</strong> around $8<br />

per barrel. A 65% waste stream <strong>of</strong> highly concentrated brine ends up being discharged<br />

into the local waterways and oceans. Salttech’s Dynamic Vapor Recovery (DyVaR)<br />

system can recover up to 97% clean water from any water containing dissolved salts and<br />

other solids and contaminants <strong>of</strong> up to and over 300,000 parts per million including<br />

ocean water. The remaining 3+% is discharged in the form <strong>of</strong> solid salts and minerals,<br />

thus no discharge or disposal problems. No filtration or chemicals are needed to clean<br />

the contaminated water.<br />

Individual DyVaR units are<br />

non-metallic and will treat<br />

50 liters/hour <strong>of</strong> saline<br />

water (or 7.5 barrels/day)<br />

– reaching capacities <strong>of</strong> up<br />

to 1,000's <strong>of</strong> barrels/day –<br />

at a cost <strong>of</strong> around $1.50<br />

to $2 per barrel. The<br />

process is highly energy<br />

efficient and runs<br />

automatically 24/7 <strong>with</strong>out<br />

fouling nor scaling.

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