12 Types of Water Pressure Pumps with Applications & Characteristics

Water Pressure Pumps

Water pressure pumps, essential tools in various industries, are designed to enhance water flow and ensure adequate pressure. With a myriad of types and functionalities, making the right choice can be daunting. But fret not, Linquip is here to guide you through each type, ensuring an informed decision.


The article delves into various types of water pressure pumps. These include:

  1. Centrifugal Pumps: Commonly used for water supply in buildings.
  2. Submersible Pumps: Ideal for deep wells and sewage treatments.
  3. Booster Pumps: Enhance water pressure, especially in high-rise buildings.
  4. Jet Pumps: Suitable for shallow wells with fluctuating water levels.
  5. Piston Pumps: Used in high-pressure applications.
  6. Diaphragm Pumps: Handle chemicals and offer gentle pumping.
  7. Multistage Pumps: Used in high-rise buildings and irrigation systems.
  8. Sump Pumps: Positioned in pits, they handle flood-prone basements.
  9. Turbine Pumps: Long vertical design suitable for deep wells.
  10. Solar Pumps: Use solar energy, ideal for remote areas.
  11. Grinder Pumps: Grind waste into slurry for sewage systems.
  12. Hand Pumps: Manual pumps for areas without power.


Here are the most common Types of Water Pressure Pumps:

  1. Centrifugal Pumps
  2. Submersible Pumps
  3. Booster Pumps
  4. Jet Pumps
  5. Piston Pumps
  6. Diaphragm Pumps
  7. Multistage Pumps
  8. Sump Pumps
  9. Turbine Pumps
  10. Solar Pumps
  11. Grinder Pumps
  12. Hand Pumps


Types of Water Pressure Pumps Table with Characteristics and Usage

Type of Water Pressure Pump Characteristics Usage
Centrifugal Pumps Uses a rotating impeller. Converts rotational energy to kinetic energy. Water supply for buildings. Industrial liquid transfer.
Submersible Pumps Entirely submerged. Sealed tightly. Deep well pumping. Sewage treatment plants.
Booster Pumps Increases water pressure. Installed in-line. Enhancing low water pressure. High-rise buildings.
Jet Pumps Uses a jet of water. Operates above the water source. Shallow well pumping. Fluctuating water levels.
Piston Pumps Operates using a piston mechanism. Fixed flow per cycle. Industrial tasks. High-pressure applications.
Diaphragm Pumps Reciprocating diaphragm. Can handle air and water mix. Handling chemicals. Gentle pumping actions.
Multistage Pumps Multiple impellers. Boosts pressure at each stage. High-rise building supply. Irrigation systems.
Sump Pumps Positioned in a sump pit. Automatic operation. Flood-prone basements. Excess water removal.
Turbine Pumps Long vertical design. Multiple stages. Deep water wells. Oil production.
Solar Pumps Operates using solar energy. Photovoltaic panels. Remote areas. Sustainable water pumping.
Grinder Pumps Cutting blades. Grinds waste into slurry. Sewage systems. Reducing blockages.
Hand Pumps Manual operation. Doesn’t require power. Rural areas. Emergency water supply.

This table provides a concise overview of the various types of water pressure pumps, highlighting their defining characteristics and primary applications.

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Centrifugal Pumps

Centrifugal Pumps types of water pressure pumps
Centrifugal Pumps (Reference: amazon.co.uk)


  • Uses a rotating impeller to move water.
  • Converts rotational energy to kinetic energy.


  • Water supply for buildings.
  • Industrial liquid transfer.


Submersible Pumps

Submersible Pumps
Submersible Pumps (Reference: amazon.co.uk)


  • entirely submerged in the water.
  • Sealed tightly to prevent water ingress.


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  • Deep well pumping.
  • Sewage treatment plants.


Booster Pumps

Booster Pumps
Booster Pumps (Reference: amazon.co.uk)


  • Increases water pressure in the system.
  • Installed in line with existing pipelines.


  • Enhancing low water pressure in homes.
  • High-rise buildings.


Jet Pumps

Jet Pumps
Jet Pumps (Reference: amazon.co.uk)


  • Uses a jet of water to create a vacuum.
  • Can operate above the water source.


  • Shallow well pumping.
  • Drawing water from sources with fluctuating water levels.


Piston Pumps

Piston Pump
Piston Pump (Reference: amazon.co.uk)


  • Operates using a piston mechanism.
  • Provides a fixed amount of flow per cycle.


  • Industrial tasks require precision.
  • High-pressure applications.


Diaphragm Pumps

Diaphragm Pumps
Diaphragm Pumps (Reference: amazon.co.uk)


  • Operates through a reciprocating diaphragm.
  • Can handle a mixture of air and water.


  • Handling chemicals or hazardous liquids.
  • Situations requiring a gentle pumping action without shearing.


Multistage Pumps

Multistage Pump
Multistage Pump (Reference: amazon.co.uk)


  • Contains two or more impellers.
  • Boosts water pressure at each stage.


  • High-rise building water supply.
  • Irrigation systems.


Sump Pumps

Sump Pump
Sump Pump (Reference: amazon.co.uk)


  • Positioned in a sump pit.
  • Automatic operation when water reaches a certain level.


  • Basements are prone to flooding.
  • Removing excess water after heavy rains.


Turbine Pumps


  • Long vertical design with multiple stages.
  • Suitable for deep well applications.


  • Deep water wells.
  • Oil production.


Solar Pumps

Solar Pumps
Solar Pumps (Reference: amazon.co.uk)


  • Operates using solar energy.
  • Typically incorporates photovoltaic panels.


  • Remote areas without access to electricity.
  • Sustainable and eco-friendly water pumping.


Grinder Pumps

Grinder Pump
Grinder Pump (Reference: amazon.co.uk)


  • Equipped with cutting blades.
  • Grinds waste into slurry before pumping.


  • Sewage systems.
  • Municipal applications to reduce blockages.


Hand Pumps

Hand Pumps
Hand Pumps (Reference: amazon.co.uk)


  • Manual operation.
  • Doesn’t require electricity or fuel.


  • Rural or remote locations without power.
  • Emergency water supply.


Linquip’s Comprehensive Resources on Water Pressure Pumps:

Linquip is committed to providing its users with the most comprehensive and updated information about water pressure pumps. By hosting an array of expert articles, user reviews, and product listings, Linquip ensures that users have everything they need, all in one place.


Key Considerations When Choosing a Water Pressure Pump:

When deciding on the ideal pump, consider the following:

  • Flow rate: How much water do you need to pump per minute?
  • Head or pressure: To what height or pressure should the water be delivered?
  • Water source: Is it a shallow well, deep well, or reservoir?
  • Power source: Is electricity readily available, or is an alternative power source needed?


Linquip’s Role in Streamlining Pump Selection:

Choosing the right pump for a specific task can be challenging, given the array of options available. Linquip, with its extensive database and expert advice, aims to simplify this process. By offering comparisons, detailed specifications, and user reviews, Linquip ensures you make an informed and confident choice.


The Evolving World of Water Pressure Pumps:

As technology advances and the world leans towards sustainable solutions, water pressure pumps are no exception. The development of more efficient, eco-friendly, and versatile pumps is on the rise. From smart pumps with IoT capabilities to hybrid systems merging different energy sources, the future of water pressure pumps looks promising.



The diverse world of water pressure pumps underlines the importance of having a reliable source of information. Linquip bridges this gap, offering a unified platform where knowledge meets practicality. Whether you’re exploring options, seeking expert advice, or looking for the latest in pump technology, Linquip has got you covered. Dive into our platform and experience a seamless journey in the world of water pressure pumps.


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