London, 23rd June, 2021

ChillTech receives Notice of Allowance of its application for a US patent for an Absorption Chiller 

ChillTechnologies is pleased to announce that its patent application for its unique and novel absorption chiller design, running off waste heat from the exhaust of a generator or other heat source, has been allowed by the United States Patent and Trademark Office. This follows on from the successful granting of its patents in the UK. Granting of patents in the EU and Canada are expected shortly.

Michael Keane, Executive Chairman of ChillTech, commented: “This is another important milestone in our development. It demonstrates yet again how our method of harnessing the energy of waste heat is unique and valuable.

In a world of widening energy poverty, and one afflicted by climate change, our sustainable and economically efficient solutions contribute to lowering costs and Greenhouse Gas Emissions simultaneously, whilst making available, to the widest possible range of users, affordable cooling solutions, whether in building cooling or the storage of food and medicines.”


Refrigeration (storage)

With capacities of between 18 kW and 300 kW, and temperature ranges of 3C to 18C, we deliver cold storage solutions with zero fuel cost and zero CO2. Our chillers can be run off waste heat from any generator, including hydrogen, and also off direct fired heat, or biomass. We are actively working on solar solutions as well, such that our technology can be deployed in almost any situation.

Refrigeration (transport)

With cooling capacities from 4 kW to 7 kW, designed for refrigeration of trailers up to 40/50’, and temperature ranges from 3-18C, our thermal compressor TRUs run off the engine exhaust gases, providing 100% cost- and CO2-free refrigeration. Back-up power from gas and solar is also provided, making the unit entirely self-contained.

Air Conditioning

ChillTech offers highly efficient, reliable cooling and heating units designed to fit easily into any existing air conditioning system. Both our stand-alone and externally powered models deliver a significant reduction in cooling emissions and energy costs at far higher ambient temperatures than other solutions.