These systems are particularly beneficial in agricultural, industrial, medical, and municipal installations where continuous incineration provides a stable and reliable source of recoverable heat.
Waste heat recovery solutions are aligned with European environmental policy, including the European Commission’s Communication on the role of waste-to-energy in the circular economy.
During the waste incineration process, a significant amount of thermal energy is generated. Our solutions enable efficient recovery and utilisation of this energy for hot water production, space heating, or support of industrial process applications. This increases overall system efficiency while reducing reliance on additional external energy sources.
In animal, medical and hazardous industrial waste incineration, continuous system operation allows for stable and predictable waste heat recovery, ensuring consistent thermal output under defined operating conditions.
The system is based on patented heat regulation technology integrated within the heat exchanger, ensuring simple, safe, and reliable operation.
Unlike conventional heat exchangers that require continuous water circulation to prevent overheating, our system directs flue gases through the heat exchanger only when there is an actual demand for hot water or thermal energy.
When thermal energy is not required, flue gases are safely diverted directly to the chimney. This operational principle significantly simplifies system use, reduces operational demands, and enhances long-term reliability.
Depending on the waste type and specific operational requirements, a high level of energy efficiency can be achieved by utilising the thermal energy released during combustion.
Under defined operating conditions, recovered thermal energy can significantly reduce overall energy costs, improving the economic performance of the incineration process.
Heat recovery adds measurable value to the system, particularly in industrial and municipal applications where there is a continuous demand for hot water or facility heating.
In the animal waste sector, where larger volumes of biological waste are often processed, additional thermal energy utilisation can substantially enhance overall system cost-effectiveness and long-term return on investment.
The waste heat recovery system can be integrated into both new and existing incineration installations. Modular design allows scalability depending on waste throughput, operational hours, and site energy demand.
Each system is engineered to ensure stable thermal transfer, controlled flue gas management, and compatibility with existing heating infrastructure. This flexible approach allows facilities to gradually expand thermal utilisation capacity as operational requirements evolve.
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