Floating desalination plants for Japan

Israel’s IDE Technologies, already a market leader, will construct ship-based desalination operations in Japan to offset water shortages.

Environmentalists usually agree that making fresh water from brackish (salty) water should be a last resort. Building desalination plants requires millions of dollars in desalination technology, and it’s costly to produce potable water – both in terms of energy to run the plants and the environmental pollution they emit.

The Israeli company IDE Technologies – already planning the biggest desalination plant in the United States – is pushing the borders in this domain a little closer to sustainability in Japan, where it is working to make floating desalination plants.

The new approach it’s “floating” will breathe new life into Japan’s stagnant shipbuilding business, and help the Japanese fulfill short-term freshwater needs, according to Bloomberg News.

Udi Tirosh, a business development director at IDE, told the business newspaper: “Floating plants will not replace the land-built ones, but floating plants can become an alternative that does not saddle a country with the burden of maintenance once local water tables improve.”

This could be welcome news in parched regions of America like California, which is experiencing an historic drought.

The global desalination market is expected to reach $15 billion by 2018 as the world’s growing population becomes more demanding.

The idea of floating technology on large ships or barges is not entirely new. Turkey is floating seven thermal power plants around its shores on Powerships, and a Russian company is looking to develop a floating nuclear power plant.

IDE’s dreams are to stick with water, business that it does best. The draft sketches for the first Japan-launched vessel show an operation that could produce up to 120,000 cubic meters of freshwater every day.

The business plan is to develop a fleet of desalination ships with partners around the globe.

In Japan, IDE plans to deliver its first water-producing ship with water on tap, from the sea, within the next three years. This would supply enough water for a city of about 850,000 people.

For more about IDE and its technologies, see http://www.ide-tech.com/

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About Karin Kloosterman

Karin Kloosterman is an award-winning environment news publisher who founded Green Prophet (www.greenprophet.com) to connect North Americans to issues that matter in the Middle East. She is the CEO of the Internet of Things startup flux, a company that is making social grow tools for urban farmers everywhere (www.fluxiot.com). Karin can be reached at karin (at) fluxiot.com.