Pure Thermal supplies ground source heat pumps on a supply, commission, and maintenance basis, ensuring seamless integration from initial specification to long-term operation. Their industrial and commercial heat pumps can deliver temperatures up to 120°C, making them suitable for both retrofit projects and new-build applications. With capacities ranging from 30kW to over 3000kW, Pure Thermal’s ground source heat pumps operate using low global warming refrigerants, offering businesses an environmentally responsible solution that reduces energy costs and emissions. These systems provide year-round heating, optimising performance even in challenging operating conditions.
To meet diverse application requirements, Pure Thermal’s ground source heat pumps are available in single-stage (Monobloc) and two-stage system configurations. The Monobloc Pure Thermal Commercial Ground Source Heat Pump can achieve an output temperature of 95°C from a 0°C source temperature, eliminating the need for a cascade or two-stage system for medium-capacity applications. For large-scale projects, the Pure Thermal PLUS SO System delivers a two-stage ground source heat pump solution with single-system control and operation. This system integrates both a ground source heat pump and a water-to-water heat pump, creating a high-capacity, next-generation heating system that provides enhanced thermal efficiency for large industrial and commercial applications.
Pure Thermal’s industrial ground source heat pumps can be configured as dual or multiple-source systems, further improving operational efficiency. These units can operate as a traditional geothermal heat pump while also utilising an alternative heat source for increased energy savings. For example, if a facility has a cooling requirement during the heating season, the heat pump can draw from a 14°C chilled water return rather than relying solely on lower-temperature ground sources. This optimises energy efficiency, reduces electricity consumption, and enhances performance consistency across varying conditions.
Selecting the most suitable system design is critical to achieving optimal performance, and Pure Thermal offers a Heat Pump Ready Verification Service to help businesses identify the most efficient and cost-effective solution. Rather than focusing solely on heat pump type, this service evaluates the application’s specific requirements to recommend the best low-carbon heating approach. Pure Thermal’s team of industry specialists ensures that every project benefits from expert advice and tailored recommendations. Businesses looking to transition to high-performance, sustainable heating systems can rely on Pure Thermal for cutting-edge technology, technical expertise, and long-term efficiency. Contact the team today to discuss your project’s requirements and explore the most effective heating solutions.
A horizontal collector consists of pipes laid at depths of 1.2 to 1.5 metres, running horizontally across the ground. At this shallow depth, most thermal energy is derived from solar and surface heat, rather than deep geothermal sources. While this method can be cost-effective, its efficiency is lower than deeper collection systems, as usable ground temperatures typically start at 15 metres below the surface.
A closed-loop borehole system uses flow and return pipes within a single borehole, typically drilled to depths of 150 metres or more. A water/glycol mixture circulates through these pipes, reaching a U-bend at the base before returning to the heat pump. The borehole is filled with a grout material that enhances heat transfer, allowing the system to extract energy from the surrounding ground efficiently. Multiple boreholes can be connected in an array to provide sufficient capacity for larger applications.
An open-loop borehole system extracts groundwater from an aquifer, circulating it through the heat pump before returning it to a separate borehole. These systems offer high efficiency due to the consistent temperatures of aquifer water, making them particularly effective in areas with suitable groundwater conditions. Additionally, open-loop systems can utilise redundant mine workings as a thermal energy source, tapping into naturally occurring underground water reserves that maintain stable and usable temperatures. This provides a viable and sustainable heating solution in areas with historic mining activity.
Ground source heat pumps, whether horizontal or borehole-based, provide a low-carbon, high-efficiency alternative to traditional heating systems. Their ability to deliver reliable and consistent heating performance makes them an ideal solution for industrial, commercial, and large-scale residential applications.
Each project begins with detailed system design and feasibility assessments, ensuring the most appropriate configuration is selected based on energy demands, ground conditions, and project constraints. The design phase also considers factors such as seasonal variations, heat load requirements, and integration with existing heating systems.
Pure Thermal supplies a comprehensive range of high-performance geothermal heat pumps, including single-stage and two-stage configurations. These units are designed for long-term efficiency, high-temperature output, and low-carbon operation, ensuring maximum energy savings and regulatory compliance.
With extensive experience in ground source heat pump installations, Pure Thermal manages the entire installation process, from groundworks and borehole drilling to system integration and commissioning. Their expert team ensures that each system is installed to the highest standards, optimising performance and longevity.
To ensure continued efficiency and reliability, Pure Thermal provides comprehensive maintenance support, including performance monitoring, servicing, and troubleshooting. Their team of specialists is available to provide ongoing technical assistance, ensuring that each system operates at optimal efficiency throughout its lifespan.
With a proven track record in delivering high-quality, low-carbon heating solutions, Pure Thermal’s turnkey approach ensures that businesses can transition to geothermal heating with confidence, benefiting from long-term energy savings and reduced environmental impact.