SEA WATER REVERSE OSMOSIS
MAK Water’s Sea Water Reverse Osmosis (SWRO) plants are designed to treat sea water, or high salinity ground water, with < 40,000 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 auto flushing and CIP systems for membrane cleaning. Additional pre-RO and post-RO treatment steps may be added as required to suit feed water conditions and/or treated water quality requirements.
All MAK Water SWRO plants are available as skid mounted or containerised systems.
If you have specific requirements, contact us to discuss our custom designed desalination plants or ask about our hire options.
Brackish Water Reverse Osmosis
MAK Water’s Brackish Water Reverse Osmosis (BWRO) desalination 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.
Additional pre-RO and post-RO treatment steps may be added as required to suit feed water conditions and/or treated water quality requirements. The MAK BWRO plants are available as skid mounted or containerised systems.
CONTACT US ABOUT BRACKISH WATER DESALINATION TODAY
When it comes to effective brackish water desalination systems, MAK Water deliver an exceptional industrial solution. If you have specific requirements for your Brackish Water Reverse Osmosis system, contact us to discuss our custom designed desalination plants or ask about our hire options.
Brackish Water Reverse Osmosis – Basic
MAK Water’s Brackish Water Reverse Osmosis – Basic (BWROB) plants are pre-engineered products, designed to suit simple applications where a high level of electrical instrumentation and controls is not required, and the feed water quality falls within the parameters defined in this data sheet.
The standard treatment process involves pre-filtration (5 and 1 micron cartridge filters) and RO desalination. The BWROB is designed to operate continuously until the permeate tank is filled, or feed water is unavailable.
The BWROB is available with a pre-determined number of standard options and is supplied with a generic documentation package.
If you have specific requirements, contact us to discuss our custom designed desalination plants or ask about our hire options.
Demineralised Water Reverse Osmosis
MAK Water’s Demineralised Water Reverse Osmosis (DMRO) Plants are designed to treat fresh water, with < 1,000 mg/L of dissolved solids (TDS) and < 30 mg/L of suspended solids (TSS), to produce high purity demineralised water with TDS < 1 mg/L. The standard treatment process involves pre filtration (auto-backwashing multimedia filters and cartridge filters), anti-scalant dosing to prevent membrane scaling, two-pass RO desalination and a CIP system for membrane cleaning; with the inclusion of optional mixed bed ion exchange or continuous electro-deionization (CEDI), TDS < 0.1 mg/L can be achieved.
Additional pre-RO and post-RO treatment steps may be added as required to suit feed water conditions and/or treated water quality requirements. The MAK DMRO plants are available as skid mounted or containerised systems.
If you have specific requirements, contact us to discuss our custom designed desalination plants or ask about our hire options.
Reverse Osmosis Desalination
MAK Water’s range of Reverse Osmosis Desalination (RO) plants are designed to treat water for use in a variety of industrial applications. We offer Sea Water Reverse Osmosis (SWRO), Brackish Water Reverse Osmosis (BWRO) and Demineralised Water Reverse Osmosis (DMRO) plants. All our Reverse Osmosis Desalination plants are available as skid mounted or containerised systems.