BRACKISH WATER REVERSES OSMOSIS
Brackish Water Reverses Osmosis
Reverse Osmosis (RO) is the technology of choice for water treatment today. RO is used in the water purification process to filter out dissolved solids and other large molecules by semi permeable membrane. Typical applications of RO technology are seawater desalination; boiler feed water process, product rinsing, microelectronics production, laboratory testing, biotechnology, and other process that require highly purified water.
The ENERBA RO Series Systems are engineered to economically produce high purity water by removal of dissolved minerals, bacteria, particles, and organic impurities.
Our Brackish Water Reverse Osmosis (BWRO) plants are designed to treat ground/surface or industrial water with <5,000 mg/L of dissolved solids (TDS) and <30 mg/L of suspended solids (TSS), to achieve potable water quality. The standard treatment process involves pre filtration (auto backwashing multimedia filters and cartridge filters), anti-scalant dosing to prevent membrane scaling, RO desalination and a CIP system for membrane cleaning.
ENERBA Reverse Osmosis Brackish Water
ENERBA Reverse Osmosis Brackish Water offers a reverse osmosis water package designed to eliminate other salts and constituents such as bacteria, sugars, proteins, dyestuffs and constituents that have a molecular weight greater than 150-250 Dalton. High pressure pressure pump adjustment ENERBA-RO SW is calculated based on your water salinity and varies from 55 to 65 bar.
ENERBA Reverse Osmosis Seawater
Enerba designs and offers ready-made packages, easy to operate for non-industrial applications. The core desalination process is reverse osmosis. Semi-permeable membranes are used to separate salt water from fresh water.
OUR REFERENCE
Reverse osmosis (RO) is proving to be the most reliable, cost-effective, and energy-efficient process of brackish water desalination. In 2017, Enerba has succeeded in making a reverses osmosis desalination system at KKP Natuna Island for clean water needs in the region.
