OVIVO
Ovivo, a global provider of water and wastewater treatment equipment, technology and systems, has invested more than 25 million US dollars for the construction of a state-of-the-art facility that will produce Cembrane’s unique patented Silicon Carbide (SiC) flat sheet membranes in the United States.
Cembrane officially joined the Ovivo group to propel the growth of its SiC membrane technology as part of a resourceful and global water treatment organization. After collaborating with Cembrane for several years, Ovivo has designated the Cembrane SiC membranes as its preferred membrane technology in the future. The integration of Cembrane will enhance growth in Ovivo’s existing markets and create opportunities with new solutions for a wide variety of applications in drinking water and wastewater, within both the municipal and industrial markets.
Ovivo has designated the Cembrane SiC membranes as its preferred membrane technology in the future
In order to support the growth in demand for Cembrane SiC membranes, Ovivo will build and operate an 110,000 square-foot manufacturing facility located in the Innovation Business Park of the city of Hutto in Texas, USA. The facility is expected to be fully operational by early 2023 and should create nearly 100 new jobs when at full capacity.
Concurrently with this major investment in the United States, Ovivo is also investing to build additional manufacturing capacity at Cembrane’s facility in Lynge, Denmark.
“We are very excited with this strategic investment to build a manufacturing facility in Texas near our center of excellence for membrane filtration in Austin, to produce Cembrane SiC membranes addressed for multiple water and wastewater treatment applications in North America,’’ says Marc Barbeau, President and Chief Executive Officer of Ovivo. “Ovivo’s mission is to provide sustainable and efficient water treatment solutions to our customers through expertise and innovation, and the Cembrane SiC membrane is a disruptive technology that will add value to our customers in need for durability, highest performance and sustainability,’’ concluded M. Barbeau.