Danfoss SWRO Desalination Solutions
As a premier distributor, MPCC proudly provides Danfoss desalination solutions, delivering high energy saving Sea Water Reverse Osmosis (SWRO) technology to maintain desalination systems within marine and water treatment industries.

24hr Quote Turnaround
Global Delivery
Expert Advice & Specification
High Energy Savings
Sustainable Seawater Desalination
MPCC offers a full range of Danfoss highly efficient High-Pressure APP Pumps, along with all necessary components, spares and accessories for seawater reverse osmosis (SWRO) systems. Supporting both large desalination plants and smaller systems in ships and offshore platforms, this range can deliver up to 60% energy savings, providing cost-effective and reliable solutions to optimise fresh water supply.

SWRO Parts and Solutions
High Pressure Pumps

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With options for motorised or non-motorised configurations, these pumps are ideal for containerised setups, ensuring continuous, efficient operation. The oil-free design uses water for lubrication, and all models are available with ATEX and API 674 approvals, ensuring safe operation in hazardous environments.
Pressure Transmitters for fresh water

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MPCC supplies the full range of Danfoss pressure solutions including KP/KPI failsafe switches for critical systems and DST P40I titanium transmitters for harsh, corrosive industrial environments.
Spare Parts and Accessories

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MPCC offers a comprehensive range of repair and service kits, check valves, bellhousing and coupling kits, filters, hoses. Providing easy access to all critical maintenance parts.
Smarter Desalination Starts with Danfoss
Desalination typically demands a substantial amount of energy to produce fresh, clean water. This is because salt forms a strong chemical bond with water that is difficult to break and requires a significant effort to discard.
Danfoss helps reduce costs and improve efficiency with four core technologies. These combine into highly efficient and lasting water purification solutions that return energy savings of up to 65% compared to traditional centrifugal pump systems without energy recovery devices and drives.
