When space becomes a project constraint
Plant room space isn’t always something you can increase, but the way equipment is specified, positioned and installed can make a significant difference. From reducing the footprint to moving systems offsite, there are different ways to overcome space constraints.
5 ways to make more of your available space
Compact solutions that help reduce the footprint
When space is at a premium, equipment footprint can have a significant impact on the overall plant room layout. Compact systems can free up valuable space for access, pipework, other equipment and essential services.
Tell us about your project
Integrated pump and tank solutions
Combining functions within a single system can reduce the number of separate components needed in the plant room. Integrating boosting and water storage, for example, can provide the required functions while making better use of the available footprint.
Tell us about your project
Get more capability in less space
Projects may require both domestic water boosting and separate Category 5 protection. Selecting compact solutions and considering the overall system footprint can help accommodate these different requirements within a constrained plant room.
Tell us about your project
Move the system offsite with a packaged solution
If internal space is limited, moving essential equipment offsite can provide an alternative solution. Offsite and underground packaged systems can free up valuable internal space while still delivering the required performance.
Tell us about your project
Solutions designed to fit into difficult spaces
Space isn’t just about floor area. Access points, positioning, installation and future maintenance can all influence whether a system is practical for a particular location. Considering these constraints early can help avoid difficult installations.
Tell us about your project
Make space part of the plan
Our space-saving project plan is a practical starting point for projects with restricted plant rooms, challenging access or limited internal space. It covers key considerations for footprint, access, positioning, and installation to help you plan for the space available.
Download brochureFrequently asked questions
There are several ways to make better use of limited plant room space. These include choosing equipment with a reduced footprint, integrating compatible functions such as boosting and water storage, accommodating separate water boosting and Category 5 systems within the available space, relocating equipment to an external or underground location, and selecting systems designed for restricted access and challenging layouts.
Consider the available footprint, equipment access route, doorway dimensions, maintenance clearance, tank storage and booster set requirements, Category 5 protection and whether an internal or external installation is most suitable. Considering these requirements early can help identify the most appropriate space-saving approach.
Yes. Integrated pump and tank systems combine boosting and water storage within a single system, reducing the need for separate equipment and making better use of the available footprint. Solutions such as ScubaTANK® provide an integrated approach while offering flexibility over tank configuration.
Category 5 protection and domestic water boosting are separate system requirements, but both can be accommodated within a constrained plant room by selecting solutions that make efficient use of the available footprint. Dutypoint’s AirBREAK VC, AirBREAK FC, MiniBREAK and UniBREAK provide Category 5 protection, while solutions such as VRX can provide compact domestic water boosting alongside them.
Start by identifying the main constraint: available footprint, access, system requirements or internal space. Consider the required flow and pressure, storage capacity, Category 5 protection, installation requirements and available space. Dutypoint’s space-saving tool can then help identify approaches and solutions suited to your project.
Yes. Compact booster sets and integrated systems can be suitable for refurbishment and retrofit projects where existing plant rooms have limited space or difficult access. Solutions can be selected based on the available footprint, access route, installation requirements, and existing system configuration.
