E166-07 - Fuel and Energy System Engineering

Engineering next-generation combustion and conversion technologies for low-emission energy

We develop and optimize energy conversion technologies that enable a transition toward a carbon-neutral future. Our research combines experimental and modeling approaches to design fuel and combustion systems with reduced emissions and improved performance. Areas of focus include renewable fuel synthesis, carbon capture and utilization, thermochemical conversion, and fluidized-bed systems.

We work closely with industry to validate technologies under real operating conditions. Our accredited testing facilities provide a platform for assessing combustion systems, emission behavior, and plant efficiency. Through this combination of research and application, we contribute to cleaner energy production, improved system resilience, and the integration of renewable sources into modern energy infrastructures.

E166-07-1 - Accredited and Notified Testing Laboratory for Combustion Systems

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The Testing Laboratory for Combustion Systems is one of the leading laboratories in Austria, specializing in fuel characterization, testing of small as well as large combustion systems, measurement of gaseous emissions of industrial plants, biomass gasification systems and synthesis processes for advanced biofuels, synthetic natural gas and hydrogen.

E166-07-2 - Industrial Plant Engineering and Application of Digital Methods

A light blue cube with a white icon on it showing a factory building with a chimney and sawtooth roof, dotted towards the bottom.

We are an international research partner for the sustainable use of biogenic raw and residual materials to reduce fossil carbon usage. Our work is based on decades of know-how in the thermochemical conversion of solid fuels for the conception and optimization of industrial plants. Our focus is the production of renewable and sustainable energy carriers. This means the production of syngas, purification to synthetic natural gas, hydrogen or base chemicals as well as carbon dioxide removal processes.

Dipl.-Ing. Dr.techn. Ing.Stefan Müller

Head, Research Unit of Fuel and Energy System Engineering

Phone: +43 1 58801 166366 Call Stefan Müller

Send email to Stefan Müller

Getreidemarkt 9, 1060 Wien, Österreich

Research profile of Dipl.-Ing. Dr.techn. Ing. Stefan Müller , opens an external URL in a new window

Dipl.-Ing. Dr.techn. Ing.Stefan Müller

Head, Research Unit of Fuel and Energy System Engineering

Phone: +43 1 58801 166366 Call Stefan Müller

Send email to Stefan Müller

Getreidemarkt 9, 1060 Wien, Österreich

Research profile of Dipl.-Ing. Dr.techn. Ing. Stefan Müller , opens an external URL in a new window

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E166-07 - Fuel and Energy System Engineering

Engineering next-generation combustion and conversion technologies for low-emission energy

E166-07-1 - Accredited and Notified Testing Laboratory for Combustion Systems

E166-07-2 - Industrial Plant Engineering and Application of Digital Methods

Navigation

Research Topics

Studies and Teaching

Research Units

Staff

Open Positions

Accredited and Notified Testing Laboratory for Combustion Systems (E166-07-1)

Industrial Plant Engineering and Application of Digital Methods (E166-07-2)

Dipl.-Ing. Dr.techn. Ing.Stefan Müller

Navigation

Research Topics

Studies and Teaching

Research Units

Staff

Open Positions

Accredited and Notified Testing Laboratory for Combustion Systems (E166-07-1)

Industrial Plant Engineering and Application of Digital Methods (E166-07-2)

Dipl.-Ing. Dr.techn. Ing.Stefan Müller