Reverse Osmosis (RO) is a highly efficient water treatment process that removes up to 99.5% of dissolved salts, organic compounds, and other impurities by applying pressure to force water through a semi-permeable membrane. This process, termed “Reverse Osmosis,” reverses the natural osmotic flow, where water from a solution with a lower concentration of dissolved solids moves through a membrane to dilute a solution with a higher concentration.

At Extreme Water Services, our RO systems are custom-engineered to meet the specific water treatment needs of each client. Our experienced team of application, mechanical, and chemical engineers designs each system with precision. Additionally, we offer comprehensive maintenance agreements post-installation to ensure your water treatment system continues to operate at peak efficiency.

Commercial & Industrial RO Systems for Houston and Beyond

Extreme Water Services provides expertly designed RO systems, with capacities ranging from 1 GPM (1,440 GPD) to 500 GPM (720,000 GPD), capable of removing up to 99.5% of dissolved salts and nearly all suspended particles from even the most challenging water sources, including municipal, brackish, and seawater. Multiple RO units can be configured in parallel to handle larger flow requirements.

RO System Maintenance and Support

Our preventive maintenance agreements ensure that both your pre-treatment and post-treatment systems are functioning optimally. Our process engineers can develop a tailored maintenance schedule designed specifically for your system. We also utilize advanced RO chemicals, including anti-scalants, bisulfites, biocides, and polymer aids, calibrated with proprietary technology to keep your system running efficiently.

Extreme Water’s Master Service Technicians are available for consultations, retrofitting, recalibrations, and technical support for both new and existing RO systems. Whether you’re seeking to optimize performance or upgrade your system, we provide the expertise you need to ensure continued reliability.