Geo-Exchange technology
In addition to providing a source of low carbon heat the proprietary Geo-exchange concept captures and stores thermal energy from various sources - cooling, ventilation, refrigeration, waste water, or the air. This innovative approach enables us to deliver class leading efficiency from our heat pumps and ensures primary energy consumption is minimised.
Innovative & sustainable solutions to answer our client's most complicated challenges.
Harnessing the Earth's thermal energy
Technology
Geo-exchange is a groundbreaking innovation that extends the capabilities of traditional ground source heat pump systems by incorporating energy and space efficient boreholes with the ability to capture and store waste heat.
This innovative approach transforms the earth into a vast thermal battery, enabling us to optimise efficiency and reduce primary energy consumption across heating and cooling.
Benefits
Geo Exchange technology revolutionises ground source heat pump systems, bringing a wealth of benefits to businesses, institutions, and communities.
Reduced energy consumption
Ultra low-carbon emissions today
Energy storage
Reduced surface space requirements
Economical viability
Environmental compliance
Improved community image
How it works
Geo-exchange exploits the significant amounts of waste heat generated by various building operations, including cooling systems, ventilation systems, refrigeration equipment, wastewater, and even ambient air. These byproducts of energy consumption often go to waste, representing a missed opportunity for energy recovery. Geo-exchange networks harvest this resource to drive efficiency and sustainability.
Unleash the hidden potential
01
While traditional systems often require a large number of evenly spaced boreholes, Geo Exchange employs a proprietary borehole design which enables us significantly reduce the number of boreholes and surface space required.
This innovative approach not only reduces costs and minimises disruption during construction but also preserves valuable real estate for future development. Making Geo-exchange a more attractive option for urban settings where space is often limited.
Makes ground source possible on almost any site
02
Our borehole casing design represents a significant technological breakthrough in ground source heat pump technology. Unlike traditional geothermal systems that utilise plastic U-tubes, Geo Exchange's borehole casings provide a robust and durable infrastructure that enables boreholes to be drilled deeper, up to 250 meters in almost any geology, tapping into the Earth's vast thermal reserves and maximising energy exchange..
Proprietary heat transfer technology
03
Once captured from various sources, waste heat is meticulously stored within a network of boreholes drilled deep into the earth.
Combined with our management systems this allows us to treat the earth like a battery for thermal energy. Storing waste heat for hours, days or inter-seasonally for use as required & managing the extraction of heat from boreholes and provide a source of cooling in the summer.
Harness the Earth as a thermal battery
04
The ability to store and utilise waste heat through the earth's thermal storage capacity is a key enabler of Geo Exchange's exceptional efficiency. This is combined with proprietary system monitoring and management tools which are used to both ensure availability and optimise system efficiency across heating and cooling seasons. Systems can be integrated with our customers preferred BMS tools and a range of aftercare & performance management contracts.
Achieve breakthrough efficiency
05
On many larger estates decarbonising heating systems and optimising energy performance is a complex challenge which will depend on factors including building fabric, secondary systems and lifecycles of existing plant. This is often set against ambitious short and long term carbon reduction targets. Geo-exchange can be deployed to work alongside existing systems to displace some gas today and extended organically as funding and system replacements allow.
Enabling a phased approach to removing gas
06