The recovery of energy and valuable compounds from exhaust gases in the iron and steel
industry deserves special attention due to the large power consumption and CO2 emissions …

Due to long term extraction and use, conventional methane-containing gaseous fuel
resources are decreasing gradually. Therefore, the development and utilization of …

Plasma-catalysis is a highly promising renewable-energy-based solution for
decarbonization of industrial and environmental catalysis. However, urgent insights how to …

Dry reforming of methane provides a feasible solution to reduce the greenhouse gas via
simultaneously converting CH 4 and CO 2 into useful syngas. However, conventional Ni …

Using natural gas and sustainable biogas as feed, high‐temperature pyrolysis represents a
potential technology for large‐scale hydrogen production and simultaneous carbon capture …

The C− C coupling of methane (CH4) and carbon dioxide (CO2) to generate acetic acid
(CH3COOH) represents a highly atom‐efficient chemical conversion, fostering the …

Dry reforming of methane (DRM) on Ni-based catalysts provides an economically and
environmentally pivotal route to generate synthesis gas. However, coke formation on Ni …

Carbon-free and sustainable energy storage solutions are required to mitigate climate
change. One possible solution, especially for stationary applications, could be the storage of …

The current state and challenges of advanced experimental and modeling methods for a
better understanding of heterogeneous chemical reactions are discussed using examples …

Methane (CH 4) pyrolysis is studied in a tubular flow reactor for the production of hydrogen
and solid carbon by combining kinetic modelling, numerical simulation and experiments in a …