Application flexibility is key which is why Pure Thermal Industrial Heat Recovery Systems are able to operate with a source supply hierarchy based on highest temperature first. This delivers both the lowest operating costs and the highest levels of carbon savings. Pure Thermal Industrial Heat Recovery Systems are available with a variety of configuration options to match an applications requirement.
As an example, many manufacturing facilities utilise cooling at the same time as producing hot water and heating via gas, oil or LPG quite often the cooling demand will exceed the hot water requirement which means that the energy required to produce hot water can be easily satisfied, via recycled waste energy.
Waste heat can be recycled by other means such as a direct waste heat collector being located within a hot production area which is able to utilise the residual waste heat from a manufacturing/production process and redirect this heat to remove or displace fossil fuel use.
For larger applications, the Pure Thermal PLUS SO System delivers a capacity of up to 3000kW+ providing the next generation of large capacity Industrial Heat Recycling Systems.
Where waste heat recycling is required on a flexible basis to match the rejected heat from variable timed process operations then a Pure Thermal FLEX Waste Heat Recovery System can operate with dual or multiple waste heat streams.
Source Heat Pump but importantly also has the ability to operate with a second source to provide increased levels of efficiency.
For example, an application may have a rejected waste heat capacity that varies in time and capacity, this means that a waste heat flow is available only at certain times of the day which the Pure Thermal Industrial Heat Recovery System would collect and store/accumulate for use later in a shift or process.
