Every facility is constantly discarding usable thermal energy. Heat recovery captures it from cooling processes, exhausts, and ambient air and puts it back to work. Lower bills. Lower carbon. More from what you already have.
Reduction in Total Energy Cost
Upfront Capital Expenditure
Guaranteed System Uptime
Predictable Monthly Service Fee
KJTS Group offers flexible commercial and ownership models to support your financial strategy. Whether through client-owned systems or partial/full financing arrangements, our solutions are structured to:
These models allow clients to maintain financial control while mitigating technical and operational risks.
BOO
(Build-Own-Operate)
KJTS Group offers flexible commercial and ownership models to support your financial strategy. Whether through client-owned systems or partial/full financing arrangements, our solutions are structured to:
Reduce electricity consumption through optimised system design and intelligent controls
Decrease operational expenses and
free up resources for business
growth
Lower carbon footprint and meet environmental compliance
requirements
Maintain high-performing facilities with minimal downtime and disruption
Redirect capital to core business investments and expansion opportunities
Sustainable solutions designed for decades of optimal performance
At KJTS Group, we operate as a long-term strategic partner rather than a conventional service provider. Our team continuously monitors, reviews, and enhances system performance through:
This partnership-driven approach ensures your cooling infrastructure remains efficient, compliant, and future-ready; delivering sustained performance, cost optimisation, and environmental responsibility over the long term.
The system operates on a heat removal principle. It uses an evaporator to absorb waste heat from a medium, such as ambient air or waste water, which vaporises the refrigerant. A compressor then increases the pressure and temperature of this vapour. Finally, a condenser transfers this concentrated heat to a second medium, like water for a laundry or industrial process, while the original medium returns cooler.
Yes. The system is designed for multi-functionality where it can generate hot water and chilled water at the same time. This dual output is highly efficient for facilities that require hot water for domestic use or processes while simultaneously needing chilled water for air conditioning. This approach maximises the Coefficient of Performance (COP) because one energy input serves two distinct thermal requirements.
The technology is versatile and can capture energy from various sources:
Yes. Approximately 80% of current clients are existing premises that have retrofitted these solutions. The process involves an initial study and an energy audit to determine feasibility, followed by a customised design to integrate with current utility equipment like boilers and chillers.