Energy Systems Engineering

We develop and optimize energy plants and their applications by means of static and dynamic simulation as well as prototype/pilot plant construction and testing. Our range of services includes the customer-specific conception, calculation, design, planning and integration of energy plants as well as the creation and evaluation of technical concepts and industrial energy efficiency studies. We are pioneers of sustainable developments and reliable companions of industry and economy.

Flow simulation and turbomachinery | Energy efficiency and renewable heat in industry | Energy systems engineering | Compressed air systems and energy storage | Non-thermal plasma (NT plasma)

Flow simulation and turbomachinery

From our many years of experience in the development and optimization of tailor-made turbomachinery, we own, in addition to classic flow simulation tools, in-house design tools such as our CFD workflow for automated geometry optimization and a computing cluster with more than 400 cores.

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Energy efficiency and renewable heat in industry

The policy sets strict energy and CO₂ savings targets. We support you in identifying savings potentials by holistic simulation of your energy supply system and in raising them by developing and implementing innovative processes.

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Energy systems engineering

For us, research and development does not end at the laboratory door – we go further. We plan and set up test rigs and prototype systems in our technical center or in containerized on our test area. Moreover, we realize and test innovative prototype and pilot plants at the customer's site.

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Compressed air systems and energy storage

Compressed air can be used both as a storage medium in compressed air energy storage systems / CAES and as a working medium in industrial compressed air networks. The efficient generation and storage of compressed air is always of central importance.

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Non-thermal plasma (NT plasma)

NT plasma (-catalysis) enables gas phase reactions where conventional catalyst systems reach their limits due to high activation temperatures, complex gas mixtures with deactivating substances or dynamic process conditions.

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