From chocolate factories to farm shops

With projects ranging from chocolate factories, dairies, supermarkets, bakeries, gyms, law firms and more. Get in touch with us if you're looking for a heat recovery solution.

Looking to recover heat waste?

Looking for a solution for wasted heat from your refrigeration system? DK Heat Recovery are specialists in heating water using waste heat from refrigeration systems.

For nearly 50 years DK Heat Recovery has been perfecting and innovating many variants based around robust and simple heat exchangers. Their heat exchangers are emersed in the water for maximum efficiency and housed in a thermal store which can be designed to distribute the water through many and varied outlets. DK Heat Recovery offer both single and twin walled heat exchangers, the latter required to meet EN1717 for use with potable (food grade) water.

The systems work with all refrigerants except ammonia, with the CO2 variant certified to 150bar and 130C. At entry level (3-50kW cooling capacity) they offer a selection tool to guide you to a system suitable for your client, or, for more complex and larger systems, they provide support to define the best system given their fridge plant and hot water usage profile.

Ranging from 3kW to ‘how big do you want it?’ and with a range of tank sizes up to 10,000 litre DK Systems can provide cash and carbon savings at very competitive pay back rates. All system are manufactured within the factory ensuring reliability and quality, both or product and service. If you're looking to make your next project more environmentally friendly or to make a change to your existing system, get in touch with us today.

Read the latest case story from DK Heat Recovery

Read the latest case story from DK Heat Recovery including how the food hall Crimple embraces sustainability, a creamery benefits from free water, and cold room heat wastage contributes to hot showers.

Use the DK Heat Recovery selection tool

Consider the heat emitted from your refrigeration plant and its potential as a valuable resource. The waste heat can be harnessed to heat water, following the Heat Hog principle, visit the selection tool to learn more.