Geothermal Exchange Design & Construct
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Not all geothermal exchange systems are created equally. CWL Group combines its decades of North American, European and Australian engineering experience, a team of tradesman that have delivered Australia’s largest portfolio of design and construct geothermal exchange projects, and the world’s best materials and products to ensure that every client receives a result that is second to none in terms of quality, performance, efficiency, and dependabilit
Hydronic underfloor heating systems have been installed in Australia for over six-decades, yet you wouldn’t know it by looking at the average local installation and comparing it to those within Europe and North America.
CWL Group brings decades of experience in best-practice from the UK and the north-eastern US to Australia. It typically starts with a computer modelled design tailored to the building’s thermal demands, construction properties, floor finishes, and architectural layout.
REHAU stainless-steel manifolds are strategically located in locations easily accessible in the future for inspection and maintenance, and premium quality REHAU cross-linked polyethylene (PEXa) pipe is installed by the country’s most experienced installers.
Pipework is installed at tighter-than-standard spacing to minimise hot and cool spots in the floor, which further enables the heat pump to operate at a lower, and more efficient, temperature, potentially yielding tens of thousands of dollars in energy savings over the lifetime of the building.


All of our solutions are tailored to both the client and project like a bespoke suit. As such, it all begins with our team of engineers understanding the client’s comfort, sustainability, and/or cost/payback preferences, as the client’s wishes will become our ultimate target.
Typically, a thermal model of the building or development is then created using specialised software to determine peak building heating and cooling loads, often on a room-by-room and hour-by-hour basis. Based on the results of this modelling and input from the client, we are able to determine the appropriate project scope.
As the project continues, key parameters of the system will be engineered and important details coordinated with the spatial limitations of the project.
This virtual design approach (often called BIM – or Building Information Modelling) maximises energy and space efficiency, minimises clashes with other trades, and ensures a high level of accuracy and product quality that is otherwise unattainable.
No matter who you are and what you need, we’re here to be your trusted geothermal exchange partner.
Contact us now to further discuss how we can assist you with your objectives.
















