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Water Wall Turbine Inc. is a Multinational Organization, dedicated to Clean Environmental Friendly Renewable Energy Production.
WWT offers Large Scale Energy Extraction from Marine and Freshwater Currents.
We believe our device/innovation to be far superior in all its features to the current alternative systems that target the Kinetic Energy in Currents.
The uniqueness of WWT System lies in our design around the latent Potential Energy in Currents that interplays in the virtual lossless conversion of Kinetic into Potential Energy in water currents when confronting a restrictive object.
The principle features of our Patented Technology
Massive Energy Extraction Capacity
Low Energy Production Cost
Construction & Installation Simplicity
Low Installation & Maintenance Costs
No negative long term effect on Habitats
Absolute Eco- and Bio-friendliness
WWT’s drive for success is and will be through partnering, technological innovation and strategic vision to combine all components with the most dynamic expertise to compose the best possible teams to execute the vision of globally available Renewable Energy by means of the Water Wall Turbine.
Research, Testing and Technology Development
WWT R&D on Energy devices is an ongoing process that is being conducted at various locations and Institutions.
These developments are being supported by the Engineering Industry and by Academic Centers.
Preliminary Environmental Assessments indicate that there are no significant environmental risks with WWT power plants.
Water Wall Turbine Inc. through its Energy Project Consultancy provides
Power Plant Design
Equipment Manufacturing Management
Individual Project Management
WWT Team is in the process of reviewing variety of Domestic and International inquiries and is currently preparing Engineering details for WWT Power Plants in the range of 200kW to 2,5MW.
It is the Mission and Target of WWT to be able to place numerous units of different sizes in rivers, canals, and ocean currents to supply more than 200MW of Renewable Energy by 2012 and a much more rapid growth after that of larger sized multi-unit WWT Power Plants.

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