Pentair wins the ‘Water Innovator of the Year 2016 Award’


Pentair - Winner Water Innovator of the Year 2016WssTP member, Pentair, was named “Water Innovator of the Year” during the Water Vision Congress, held February 18, 2016 in Rotterdam, the Netherlands. Pentair’s new X-Flow Helix™ technology was recognized for its ability to prevent membrane fouling and reduce energy use in the treatment of industrial wastewater.

Pentair’s innovative Helix technology design features a helical shape on the inside of a tubular membrane, creating continuous turbulence to prevent rapid fouling—a common occurrence in high-solids ultrafiltration. By introducing turbulence right at the membrane wall, the Helix technology provides continuous mixing and efficient removal of the cake layer that would otherwise reduce the membrane’s hydraulic permeability. The resulting higher permeate flow contributes to higher productivity and lower energy costs.

Jens Potreck, R&D manager, Pentair Flow & Filtration Solutions said :  “We are honored to have the Helix technology recognized by the Water Vision Congress.It is well-known that membranes are susceptible to quick caking. The dirt typically sticks to the membrane wall, resulting in a rapid productivity drop. Until now, this problem was usually solved by increasing the crossflow velocity. Put simply, the pressure is increased. However, this requires a lot of energy. The Helix technology addresses this issue by creating an eddy current inside the membrane, thereby causing the particles to not stick at all.”

Pentair was one of four finalists for the annual award, with the winner determined by both online voting by industry members as well as a panel of judges at the event. The Water Innovator of the Year award is part of the Dutch Water Vision Platform, which brings together experts, users and suppliers of products and services in the industrial water sector to contribute to transparent information about industrial water.

The Helix flux enhancement technology is now available for X-Flow’s 8 mm and 5.2 mm internal diameter tubular membranes. For additional information, including a performance comparison case study, click here.


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