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1. High Temperature heat pump High temperature heat pumps can be used in industry for high grade, high carbon intensity heat processes, such as drying, pre-heating and distillation. A waste heat interface recovers heat from site processes or CHP plant and supplies it to the heat pump, which then upgrades the heat to a higher temperature. This can be used in processes, to generate low pressure steam, or provide high temperature hot water.


2. Air Source heat pump Air Source heat pumps can supply temperatures up to 70°C and are the lowest cost technology from a CapEx and O&M perspective. The relatively simple and scalable solution can supply hot water to the site under most conditions. It is possible to use waste heat from chillers or waste water, where available, to increase system efficiency and improve payback.


3. Ground Source heat pump Ground source heat pumps can supply temperatures up to 70°C. Thermal boreholes provide the heat source, supplying a year-round reliable and predictable source of stable temperature heat. A waste heat interface can be used to recover heat from chillers or waste water, where available. The thermal boreholes can provide ‘free cooling’, which reduces chiller electricity demand.


4. Water Source heat pump There are many potential water sources, such as: a river; a lake or reservoir; waste water outlet, such as


sewer offtake; or aquifer. The water source can be used to provide low cost ‘free’ cooling. CapEx costs are typically lower than for ground source and less physical land space is usually required.


Specialist heat pump support


As heat pump specialists, Centrica Business Solutions provides a complete design, installation, operation and maintenance service – with flexible financing to ensure that projects can be kept off balance sheet, if necessary.


Diagram show how heat pumps work


HEAT PUMP GUIDE


As rapid decarbonisation of the power grid continues, switching to electric heat pumps provides a lower carbon alternative to


conventional fossil-fuelled heating systems


www.heatingandventilating.net


October 2020


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