Pooja Group

iSave® energy recovery devices for high-pressure membrane applications

iSave® energy recovery devices for high-pressure membrane applications

High-pressure membrane system designers and operators worldwide depend on iSave energy recovery devices to save energy and maintenance in containerized, marine, and land-based SWRO plants as well as in land-based wastewater/water reuse plants. Optimized for reverse osmosis trains between approximately 200-3000 m3/day, iSaves are available in four different sizes, from 21-70 m3/hour, for either horizontal or vertical installation. 3-in-1 design saves space, energy, and maintenance The iSave’s innovative design puts three key components where they belong: right next to each other. This integrated design not only saves space and piping. It also enables active control to adapt to seasonal variations with maximum efficiency and reduced mixing.  The motor control eliminates the risk of rotor overspin and rotor stops due to biofouling and facilitate smarter automation and predictive maintenance. Isobaric pressure exchanger With best-in-class net efficiency rates, iSaves transfer the brine’s hydraulic energy directly to the feed with minimal mixing and leakage. High grade duplex and super-duplex materials ensure long-term reliability and durability even in aggressive fluids. Positive displacement booster pump The high-efficiency booster pump requires minimal energy to precisely control the high-pressure flow to the pressure exchanger, eliminating the need for a high-pressure flow meter. Positive displacement pump technology ensures high efficiency under any operating conditions. Motor With a fixed bellhousing ensuring perfect alignment between pump and motor ­– and no belt drives to maintain – installation, maintenance, and servicing are simple and easy.

High-pressure membrane system designers and operators worldwide depend on iSave energy recovery devices to save energy and maintenance in containerized, marine, and land-based SWRO plants as well as in land-based wastewater/water reuse plants.

Optimized for reverse osmosis trains between approximately 200-3000 m3/day, iSaves are available in four different sizes, from 21-70 m3/hour, for either horizontal or vertical installation.

3-in-1 design saves space, energy, and maintenance

The iSave’s innovative design puts three key components where they belong: right next to each other. This integrated design not only saves space and piping. It also enables active control to adapt to seasonal variations with maximum efficiency and reduced mixing.  The motor control eliminates the risk of rotor overspin and rotor stops due to biofouling and facilitate smarter automation and predictive maintenance.

Isobaric pressure exchanger

With best-in-class net efficiency rates, iSaves transfer the brine’s hydraulic energy directly to the feed with minimal mixing and leakage. High grade duplex and super-duplex materials ensure long-term reliability and durability even in aggressive fluids.

Positive displacement booster pump

The high-efficiency booster pump requires minimal energy to precisely control the high-pressure flow to the pressure exchanger, eliminating the need for a high-pressure flow meter. Positive displacement pump technology ensures high efficiency under any operating conditions.

Motor

With a fixed bellhousing ensuring perfect alignment between pump and motor ­– and no belt drives to maintain – installation, maintenance, and servicing are simple and easy.

Key Technical Information

Unsurpassed energy efficiency

Up to 94%

Max. flow rate

60 m3/h

Max. head

38 m

Maximum allowable fluid temperature

33 °C

Applications

1.

Function

Pump

2.

Drive concept

With electric actuator

3.

Max. flow rate

60 m3/h

4.

Min. flow rate

4 m3/h

5.

Max. head

38 m

6.

Min. head

6 m

7.

Mains frequency

50 Hz

8.

Drive concept

With electric actuator

9.

Mains voltage

220 V,
240 V,
380 V,
415 V

10.

Suction behaviour

Non-self-priming

11.

Maximum allowable fluid temperature

33 °C