All Solutions
Waste-to-fuel
Waste streams contain large amounts of recoverable energy. Through advanced thermal conversion processes, they can be transformed into fuels such as methanol, hydrogen and synthetic fuels. Calora delivers the stable high-temperature heat these processes require. By storing renewable energy and releasing it as continuous heat, the system enables efficient and scalable waste-to-fuel production with dramatically lower emissions than traditional combustion.

Turning waste into energy and new fuels

Waste streams—from biomass to industrial residues—contain enormous amounts of stored energy. Much of this energy is currently unused or burnt inefficiently and released as emissions.

With the right processes, these materials can instead become a valuable source of new fuels. Through advanced thermal processes, such as pyrolysis and catalytic conversion, waste can be transformed into methanol, hydrogen, and synthetic fuels.

These processes depend on stable high-temperature heat. Calora provides the thermal backbone that makes waste-to-fuel systems efficient, predictable and scalable.
 

High-temperature heat for thermal conversion

Waste-to-fuel technologies rely on precise thermal control. Organic materials must be heated within stable temperature ranges to break down efficiently and produce consistent fuel outputs.

Calora delivers this heat directly from stored renewable energy. By combining liquid metal heat transfer with ceramic heat storage, the system can maintain the high temperatures required for pyrolysis, gasification, and catalytic fuel synthesis.

Because the heat is stored rather than produced through combustion, the entire process can operate with dramatically lower emissions. This makes the path from trash to fuel cleaner and more efficient.

 

Typical applications

Calora supports a wide range of waste-to-fuel processes, including biomass pyrolysis, waste-to-methanol systems, synthetic fuel production, carbon capture and utilisation, and hydrogen production via methane cracking.

By combining thermal storage with chemical conversion technologies, Calora enables circular energy systems where waste becomes a resource and renewable energy powers the transformation.