Pumps designed for the most demanding conditions

Pumps Designed
for the
Most Demanding Conditions

Duplex or Super Duplex Materials of Construction
Exclusive WATER BEARING^TM for exceptional reliability
ROTOR-FLO^TM turbo lubrication system
All pumps performance tested

High Pressure
Pumps

up to 1,080 m³/h (4,755 gpm)
up to 83 bar (1200 psi)

Low Pressure
Pumps

6.8 - 375 m³/h (30 to 1,650 gpm)
2.4 - 9 bar (24 to 130.5 psi)

Pump
specifications

Reverse osmosis
applications

Industrial
applications

Pump specifications

Dependable and efficient operation with minimal noise and vibration. All FEDCO pumps come with an 18-month warranty as standard.

MSD Series
High-Pressure Pump

Transfer efficiency: up to 87%
Flow-rates to 1,080 m³/h (4755 gpm)
Pressures up to 83 bar (1200 psi)
Super Duplex construction

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MSS Series
High-Pressure Pump

Transfer efficiency up to 80%
Flow-rates up to 295 m³/h (1300 gpm)
Pressures to 83 bar (1200 psi)
316L SS construction

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SLP Series
Low-Pressure Pump

Transfer efficiency up to 80%
Flow-rates to 375 m³/h (1650 gpm)
Pressures to 9 bar (130 psi)
Super Duplex construction

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MSD Series
High-Pressure Pump

Transfer efficiency: up to 87%
Min flow: 20 m³/h (88 gpm)
Max flow: 1,080 m³/h (4755 gpm)
Pressures to 83 bar (1200 psi)
Super Duplex construction

No oil/grease lubrication
Filtration requirement: 20 microns
High-pressure inlet option available

MSS Series
High-Pressure Pump

Transfer efficiency: up to 80%
Min flow: 7.5 m³/h (33 gpm)
Max flow: 295 m³/h (1300 gpm)
Pressures to 83 bar (1200 psi)
316L SS construction
No oil/grease lubrication
Filtration requirement: 20 microns
High-pressure inlet option available

SLP Series
Low-Pressure Pump

Transfer efficiency: up to 80%
Min flow: 6.8 m³/h (30 gpm)
Max flow: 375 m³/h (1650 gpm)
Pressures to 9 bar (130 psi)
Super Duplex construction
No oil/grease lubrication

Reverse osmosis

FEDCO pumps are designed with reverse osmosis in mind, drawing on over 25 years of experience working with desalination and ZLD applications.

High pressure feed pumps

Best-in-class efficiency and reliability for high-pressure feed pumps.

Pair with a turbocharger to reduce pump size and energy consumption.

Circulation & booster pumps

High inlet pressure for use with:

Isobaric energy recovery devices
Semi-batch or closed circuit RO
Multi-stage RO

General service pumps

Ideal for use in low pressure applications such as pretreatment, permeate conveyance or backwash.

MSD Series
High Pressure Pump

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20 – 1,080 m³/h (88 – 4755 gpm)
Pressures to 83 bar (1200 psi)
Super Duplex (Zeron-100) construction
Maintenance and contaminant free Water Bearing^TM

MSD Series
High Pressure Pump

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20 – 1,080 m³/h (88 – 4755 gpm)
Pressures to 83 bar (1200 psi)
Super Duplex (Zeron-100) construction
Maintenance and contaminant free Water Bearing^TM

MSS Series High Pressure Pump

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7.5 – 295 m³/h (33 – 1300 gpm)
Pressures to 83 bar (1200 psi)
316L SS construction
Maintenance and contaminant free Water Bearing^TM

Industries

Super duplex construction and best-in-class efficiency and reliability make FEDCO pumps ideal for a wide range of industrial applications.

SLP Feed Pump

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6.8 – 375 m³/h (30 – 1650 gpm) feed flow
Pressures from 2.4 – 9 bar (35 – 130 psi)
Super Duplex construction
High Efficiency

Industries

close up of industrial pipes of oil industry production

Oil & gas

Lithium extraction

Chemicals

Power

Marine

More industries

Applications

Industrial port at dawn at the Port of Casablanca, Morocco.

Deep-well injection

Produced water treatment

Coolant circulation

Seawater conveyance

Pumped storage

Find out more

Visit our Industries page to learn more

Reverse Osmosis

Our patented BiTurbo^TM desalination solution delivers optimal performance for any SWRO system by HPB turbochargers for both feed and interstage boosting.

Extend membrane life, improve permeate quality, and achieve recovery rates of 40-60% using conventional desalination equipment.

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The HPB Energy Recovery Turbocharger increases performance and reduces operating costs when added to the MSS or MSD Series pumps.

It can also be used as an interstage booster to improve membrane performance and improve system reliability.

Pumps designed for the most demanding conditions