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Energy for High-Temperature Processes: Efficiency Meets Decarbonization
Decarbonizing energy-intensive processes is one of the major challenges facing high-temperature industries. At the same time, companies need to keep operating costs under control. Switching from fossil fuels to electricity, hydrogen or other energy sources is both technically and economically complex.
As a result, integrated energy supply concepts are gaining importance: How can waste heat be used more effectively? How can energy supply and demand be decoupled over time? And how can existing processes be made more efficient?
New Solutions for Process Heat
This is where technologies such as heat recovery, high-temperature heat pumps and thermal energy storage come into play. Particularly in energy-intensive process steps such as raw material drying or preheating, solutions that make use of available heat can unlock additional efficiency potential. Thermal storage systems can also make industrial process heat available at a later point in time.
Materials development also plays an important role. With its high-temperature resistance and mechanical stability, technical ceramics offer valuable properties for the further development of energy and thermal storage technologies.
For providers of energy solutions, ceramitec provides access to an industry where energy efficiency, process heat and decarbonization are key topics for the future. At the same time, they can connect with companies from kiln engineering, materials technology and ceramic manufacturing, as well as research institutions working on new solutions for high-temperature processes.
Show how your technologies can support the transformation of energy-intensive processes at ceramitec in Munich from April 25–27, 2028.
To the exhibitor registration