We design and build customized Reverse Osmosis systems designed specifically for your industrial water and wastewater treatment needs. 

These RO plants can remove up to 99.5% of dissolved salts and virtually all colloidal and suspended matter from the most challenging feed water including municipal, brackish, and sea water. It is environmentally beneficial, as hazardous wastewater is reduced. The correct disposal of impurities within the mains water feed, without the discharge of harmful chemically saturated water going to effluent or drain. The operating cost of using reverse osmosis is relatively low.

The RO systems usually use a Granular Activated Carbon (GAC), which is used for removing organic constituents and residual disinfectants from water. The RO membranes are of top-notch quality. Our RO systems produce a high quality water yield at a low cost compared to other purification processes.

Nanofiltration (NF) is a liquid-separation membrane technique that has many properties with reverse osmosis (RO).

It has a high rejection of multivalent ions like calcium and a poor rejection of monovalent ions like chloride. As nanofiltration eliminates divalent ions, which cause water to become hard, it is frequently used to soften hard water.

Nanofiltration helps in heavy metal reduction, nitrate and sulphate reduction. Color, tannins, and turbidity are reduced. Appropriate softening membranes are employed which softens hard water. It is chemical-free, requiring no salt or chemicals during operation. Normally, the pH of water following nanofiltration is non-aggressive. Salt
content and dissolved matter content (TDS) reduction in
brackish water.

Desalination is the process of removing dissolved salts from saltwater and in certain situations, brackish inland sea waters, highly mineralized groundwaters and municipal wastewaters. 

This method makes otherwise useless water suitable for human consumption, irrigation, industrial applications, and a variety of other uses. It provides accessible drinking water and protects the habitat by reducing the dependency on freshwater sources. Water is provided to the agricultural industry. Desalination systems are easy to install and move, and less space is occupied.

Microfiltration is the physical removal of suspended particles from water, often using a membrane. 

Microfiltration only uses physical filtration to remove particles 0.1 to 10-micron in size, including bacteria, but it does not remove dissolved pollutants, as nanofiltration and RO do. Microfiltration, like other membrane procedures, necessitates proper pre-treatment to avoid frequent or irreversible membrane fouling.

When compared to nano-filtration or reverse osmosis, semi-dead-end setup requires less operating pressure and consumes less energy. Few manual operations are required. It is relatively inexpensive. No energy-intensive phase transfer processes, such as evaporation, are required. The management does not determine the quality of the generated permeate.

Ultrafiltration is a water purification method that involves forcing water through a semipermeable membrane. Suspended particles and high-molecular-weight solutes remain on the retentate side of the membrane, while water and low-molecular-weight solutes filter through to the permeate side.

Most organic compounds and viruses, as well as a variety of salts, may be removed by Ultrafiltration. Its appeal stems from the fact that it delivers steady water quality regardless of the source water, it has a small physical footprint, eliminates 90-100 percent of pathogens and does not require chemicals in the process.

Low operating pressure, lower energy usage than nano-filtration or reverse osmosis, few human operations necessary. It is relatively inexpensive. Bacterial elimination is used for disinfection. It can eliminate viruses, phage, colloids, and macromolecules to a certain extent.

From complicated manufacturing to washing, Hydromo’s softeners provide the water quality you require to increase the efficiency of your operation.

To remove harsh iron, manganese, magnesium and calcium ions from your water supply, commercial water softeners employ a process known as ion exchange. With softeners you use less detergent, experience less hard water build-up, save money on repairs from excessive wear and strain on industrial equipment and be able to do business more successfully. It requires lower maintenance costs. It has a longer equipment life and fewer plumbing issues. Businesses that install a water softening system frequently save money on water, chemicals, and electricity.