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Booster and pressure systems

Steady water pressure for buildings and sites, with the right number of pumps working at the right speed.

Pressure

When water reaches the tap but not with any force

Low pressure on upper floors, taps that run weak at peak times and noisy pumps that start and stop all day are signs that the booster arrangement no longer fits the building.

A well-matched booster set runs only as many pumps as the moment needs and holds pressure steady while demand changes.

How it works

A multi-pump booster set

Change the demand and watch the pumps stage in and out.

How a booster set holds pressure
Booster pump set A supply tank feeds three pumps in parallel. As demand rises, more pumps run to hold the delivery pressure at the setpoint for the building. Supply tank P1P2P3 Pressurevessel Pressure gauge Controller pump staging and speed Building supply
Pumps running2 of 3
Delivery pressureHeld at setpoint

Move the demand slider. The controller starts and stops pumps, and trims their speed, to keep the delivery pressure steady. Illustrative: the number of pumps and the pressure depend on the building.

What we cover

Booster sets and the parts around them

  • Multi-pump booster sets
  • Variable speed controllers
  • Pressure vessels and break tanks
  • Controls, alarms and standby arrangements
  • Pipework, valves and fittings
  • Installation and commissioning
On a site assessment

What we ask about

What we look at and what we ask about so the recommendation fits your site, not a generic one.

  • Number of floors and height to the highest outlet
  • Peak demand and how it changes through the day
  • Where the water comes from: municipal supply or a tank
  • The existing pumps and controls
  • How much downtime you can tolerate
  • Noise limits and plant-room space
Efficiency

Match the pumps to the demand

Running several smaller pumps, with variable speed control, often matches a building's demand better than one large pump running flat out. It can also give you standby cover if one pump needs service.

  • Staged pumps follow demand
  • Variable speed holds pressure steady
  • Standby cover during service
Efficiency and optimisation
Pipework running along the outside of a building
Where boosters work

Buildings that depend on steady pressure

Aerial view of city buildingsCommercial buildings
Pipework running along the outside of a buildingPipework into a building
A safari lodge with a swimming poolHotels and lodges
Where it is used

Industries that rely on this

Questions

Frequently asked questions

Why is pressure low on the upper floors?

Usually the pump no longer matches the building's demand, or the supply is restricted. An assessment of the pump, pipework and controls shows which.

Do I need more than one pump?

Often yes. Two or more pumps give standby cover and let the system match demand more closely, which can reduce energy use.

Fixed or variable speed?

Variable speed holds pressure steadier and can save energy when demand changes. Fixed speed can be simpler where demand is constant. We recommend after looking at your site.

Next step

Tell us about your water system

Whether you know the pump you need or only know something is wrong, we will help you find the right next step.