Pure Aqua, Inc. builds the complete Brackish Water Reverse Osmosis systems, as well as stock all major components for your maintenance needs. Controls, replacement cartridge filters, high pressure pumps and membrane elements. Reverse Osmosis (RO) technology, also known as hyper filtration, is used in every one of our stock and custom-made reverse osmosis water treatment systems to purify water by removing salts, contaminants and other impurities. Our full line of Brackish Water Reverse Osmosis Systems are available with a wide range of of capacities (up to one million gallons per day) and turbidities (up to five thousand parts per million total dissolved solids). In this way our systems set the standards in the water treatment industry. Our friendly knowledgeable engineers and staff are always on hand to help and answer any questions or concerns you may have. We design each of our systems to be plug-and play, with all membranes, pumps, controls, manuals, filters, operating, and piping installed and ready to go.
A Brackish Water Reverse Osmosis System uses only the best parts and components to ensure our clients recieve the utmost quality in water treatment and reverse osmosis systems. Our standard reverse osmosis and seawater reverse osmosis systems are ideal in municipal, commercial, and industrial settings. These unique systems are the backbone of the water treatment industry. We maintain great professional working relationships with many top vendors in the water industry, in case you have specific brands or specialities in mind. All of our Reverse Osmosis Systems are engineered and made in the USA, meeting ISO 90001:2008 standards. Our friendly knowledgeable engineers and staff are always on hand to help and provide information to answer any questions. When you recieve your Brackish Water Reverse osmosis system, you'll be completely trained in its functionalities as well as the maintenance necessary for its different components. Call Pure Aqua, Inc. today, and allow us to tackle any brackish water problems you might have.