Facts
Good to know
suitable for heating liquids and steam production
thermal power output per unit
from heat pumps running on renewable energy
How it works: amplifying and transferring thermal energy
A heat pump extracts heat from a low temperature source – like water, air, or waste heat from machinery – amplifies it to a useful high temperature and transfers it to where it’s needed. The principle is based on a closed-loop refrigerant cycle with compression and expansion of the fluid and can be operated in both directions to deliver heating or cooling. Electricity is needed to power the compressor. Powered by renewable electricity, the heat pump can supply carbon-neutral heating or cooling.
Environmental sustainability
Heat pumps for district heating
The environmental, economic, and social benefits of district heating are greatly enhanced by using heat pumps. They enable you to reduce CO2 emissions, integrate renewables, offer grid balancing services, and make energy systems more flexible.
Economic efficiency
Heat pumps for industrial processes
Heat production accounts for about two-thirds of industrial energy consumption, with conventional production processes increasing emissions, operating expenses, and carbon taxes. Large-scale heat pumps produce efficient heat and steam, reducing your CO2 emissions and energy costs while making your processes more sustainable.
Contact our experts
Your business: your questions
Heating and cooling, emissions and costs, sizes and integration, COP and LCOH, technology etc. Whatever you want to know about heat pumps: ask our experts. At Everllence we have know-how and experience in a wide range of sectors including petrochemicals, food & beverages, pulp & paper, district heating, and carbon capture.
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