The Future in
Water Treatment 
today
Water Vision is a Houston-based water treatment technology company established to provide clean water solutions using a proprietary and patented Thincell® direct contact electrochemical (EC) process. Water Vision’s innovative approach has created a specialized product line that eliminates the traditional electrocoagulation and passivation problems found in existing approaches. Thincell® can remove up to 99+% of contaminants and bacteria for maximum environmental protection.
about us
Water Vision was formed in 2009 by entrepreneurs with more than 30 years of experience in the research and development of electrocoagulation equipment. The executive team additionally brought decades of experience and extensive knowledge of EC applications in refining, power, mining, municipal water/wastewater, energy, and industrial applications.
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what is an electrochemical process?
An electrochemical (EC) process is a water treatment process used by a variety of industries to destabilize and aggregate contaminant particles, ions such as heavy metals and colloids using an electrical charge and removing them from solution. The process traditionally utilizes an anode and a cathode, stimulated by a DC power source to destabilize the charges. This operation separates flocculated materials from water, allowing those materials to be removed, leaving clear water.
learn moreThincell® System
Our major differentiator from all other traditional electrocoagulation systems is Thincell’s innovative method of maintaining efficiency and flow consistency through the use of a non-scaling, sacrificial electrode technology that eliminates passivation during normal operation.
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our Product Overview
Water Vision is a Houston-based water treatment technology company established to provide clean water solutions using a proprietary and patented Thincell® direct contact electrochemical (EC) process system. Water Vision’s innovative approach has created a specialized product line that eliminates the traditional EC and passivation problems found in existing approaches.