Memzio Water Engineering specializes in delivering advanced Industrial Reverse Osmosis systems (RO Systems) tailored to meet diverse requirements, ranging from 1 GPM (1440 GPD) to 500 GPM (720,000 GPD). Our advanced RO Systems effectively eliminate up to 99.5% of dissolved salts and virtually all colloidal and suspended matter, ensuring exceptional water purity even in the most challenging feed water conditions, including municipal, salty, and seawater applications.
Our RO units are designed to deliver high-quality water output at a cost-effective rate compared to alternative purification processes, making them a sustainable solution for various water, wastewater, and reuse applications. The key to successful industrial wastewater treatment using Reverse Osmosis lies in the meticulous pretreatment process, which safeguards the membrane against organic fouling, mineral scaling, and chemical degradation.
At Memzio Water Engineering, our Industrial Reverse Osmosis systems are custom designed to address your unique water treatment needs. Our experienced team of application, mechanical, and chemical engineers ensure the use of high-quality components, guaranteeing reliable long-term operation. Each system arrives at your Industrial site after undergoing hydrostatic testing, equipped and ready to produce water, accompanied by comprehensive documentation and operator training.
We also offer a range of pretreatment equipment and chemistry to ensure optimal performance and lifespan of your RO membranes. Rest assured, our full-service support team is available 24/7 to address emergencies, providing confidence and peace of mind.
Prior to installation, our Memzio Water Engineering conducts a thorough evaluation of each application. Factors such as pH, oxidizing potential, and concentration of soluble salts in wastewater effluents are carefully analyzed, as they often surpass the operating limits of standard RO systems. Following the detailed evaluation, Memzio Water Engineering determines the optimum preconditioning chemistry and selects the most suitable pretreatment technology for the specific application.
