Water treatment is often overlooked in the ‘go green’ equation, yet it plays a critical role in system efficiency. Waterside deposits, high blowdown and water leaks are common culprits that increase energy and water costs. At Solenis, we are dedicated to transforming sustainability into action. Our customized water treatment programs are designed to address these challenges head on, aligning seamlessly with your operational and sustainability goals while helping reduce water and energy use, lowering maintenance costs, and minimizing environmental impact.
Solenis’ mission is to deliver sustainable water treatment solutions that conserve energy and water while protecting the health and welfare of people and the environment. Our Resourcefully Green™ Sustainability initiative embodies our commitment to providing eco-friendly and economically feasible water treatment solutions. We specialize in improving energy and water efficiency, protecting equipment, reducing risk, minimizing waste, and helping customers meet regulatory requirements.
Energy saving strategies are available to help meet energy-saving objectives, including optimizing water chemistry, improving pretreatment, preventing scale deposits, reducing water waste, and equipment maintenance.
Water saving strategies to help meet water-saving objectives, including management and control of water chemistry, makeup water pretreatment, use of alternative water sources, sustainable water treatment, and equipment maintenance.
HandiChem™ Solid Water Treatment Technology that have significantly lower levels of hazardous chemicals and are easier to use than traditional liquid chemicals.
Effective online and offline cleaning products and processes that quickly restore heat transfer efficiency to fouled heating and cooling water systems to prevent critical water system shutdowns.
Tailored solutions to address the intricate challenges posed by microbiological growth and biofilms.
Pretreatment, filtration, and automated feed and control equipment that enable systems to operate at lower blowdown rates with lower chemical requirements and greatly reduced operating costs.
