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Aquaculture Pumps Page 1

Fish farm pumps for aquaculture recirculation systems

Aquaculture, or fish farming as it is often referred to as, is a growing industry where fish, crustaceans and molluscs are bred, reared and harvested. This can be done on land in a manmade pen, in rivers, lakes and the sea. Fish farming requires a fresh supply of water to be recirculated to ensure it does not get stagnant, which relies on water circulating pumps. Pumps for aquaculture recirculation systems will generally be centrifugal pumps due to their ability to efficiently handle the transfer of water at good flow rates. >

Marine Case Studies

Our range of aquaculture pumps, or fish farm pumps as some call them, are available in a range of performance capabilities depending upon the size of the farming activity at hand. There may be the additional fish farm pump requirement of a grinder centrifugal pump, able to handle fish waste should this need to be disposed of. When selecting an aquaculture pump the material can be crucial with some species to ensure high yield rates from hatches, as some pump materials can be detrimental to crustaceans and hatchlings.

View more information about Aquaculture Pumps

Aquaculture, or fish farming as it is often referred to as, is a growing industry where fish, crustaceans and molluscs are bred, reared and harvested. This can be done on land in a manmade pen, in rivers, lakes and the sea. Fish farming requires a fresh supply of water to be recirculated to ensure it does not get stagnant, which relies on water circulating pumps. Pumps for aquaculture recirculation systems will generally be centrifugal pumps due to their ability to efficiently handle the transfer of water at good flow rates. >

Marine Case Studies

Our range of aquaculture pumps, or fish farm pumps as some call them, are available in a range of performance capabilities depending upon the size of the farming activity at hand. There may be the additional fish farm pump requirement of a grinder centrifugal pump, able to handle fish waste should this need to be disposed of. When selecting an aquaculture pump the material can be crucial with some species to ensure high yield rates from hatches, as some pump materials can be detrimental to crustaceans and hatchlings.

Refine your results by:

Update Results

Pump Type

Application

Manufacturer

Max. Flow Rate

Pressure

Max Temperature

Max Viscosity

Solids Size

Drive

Priming

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Material

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Azcue CP Close Coupled Centrifugal Pump

  • ​Up to 75M³H
  • Max. Head 50M
  • Max. Temp 80°C
  • 1” – 3” Outlet

Azcue MN Close Coupled Centrifugal Pump

  • Up to 500M³H
  • Max. Head 100M
  • Max. Temp 120°C
  • DN32 - DN150 Outlet

Azcue MN VP/EP Close Coupled Self Priming Centrifugal Pump

  • ​Up to 500M³H
  • Max. Head 100M
  • Max. Temp 120°C
  • DN32 - DN150 Outlet

Azcue AN Long Coupled Centrifugal Pump

  • ​Up to 700M³H
  • Max. Head 100M
  • Max. Temp 190°C
  • DN32 - DN150 Outlet

Azcue AN VP/EP Long Coupled Self Priming Centrifugal Pump

  • ​Up to 700M³H
  • Max. Head 100M
  • Max. Temp 190°C
  • DN32 - DN150 Outlet

Azcue BOB Long Coupled Centrifugal Pump

  • Up to 2000M³H
  • Max. Head 150M
  • Max. Temp 120°C
  • DN100 - DN250 Outlet

Azcue BOB VP/EP Long Coupled Self Priming Centrifugal Pump

  • ​Up to 2000M³H
  • Max. Head 150M
  • Max. Temp 120°C
  • DN100 - DN250 Outlet

Azcue CA Close Coupled Self Priming Centrifugal Pump

  • Up to 300M³H
  • Max. Head 105M
  • Max. Temp 130°C
  • DN1.25” - DN150 Outlet

Azcue LN Vertical Inline Centrifugal Pump

  • Up to 700M³H
  • Max. Head 100M
  • Max. Temp 120°C
  • DN50 - 250 Outlet

Azcue LN VP/EP Self Priming Vertical Inline Centrifugal Pump

  • Up to 700M³H
  • Max. Head 100M
  • Max. Temp 120°C
  • DN50 - 250 Outlet

Azcue VM & VR VP/EP Self Priming Vertical Inline Centrifugal Pump

  • Up to 1500M³H
  • Max. Head 130M
  • Max. Temp 120°C
  • DN50 - 250 Outlet

Azcue VM & VR VP/EP ATEX Self Priming Vertical Inline Centrifugal Pump

  • Up to 1500M³H
  • Max. Head 130M
  • Max. Temp 120°C
  • DN50 - 250 Outlet

42 Results

 

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