The piston reactor is emerging as a simple, inexpensive, and compact technology to carry
out chemical reactions. Potential piston reactor advantages include high temperature and …

Industrial waste gases from chemical production plants often contain toxic products that
usually have to be removed or destroyed by waste gas purification or thermal afterburning …

To use piston engines and their pressure and temperature histories as a chemical rector to
produce valuable chemicals, accurate chemical kinetics models are necessary so the …

We investigate a species and energy conversion process applied in an internal combustion
engine. CO 2 and CH 4 is converted to synthesis gas (CO and H 2). This reaction is …

The implementation of electrified and compact reformers is a promising direction to intensify
hydrogen production from natural gas and biomethane feedstocks and reduce carbon …

With the global energy system moving towards renewable energies, there is an increasing
demand for flexible conversion processes which can cope with the temporally and locally …

Within the context of renewables and chemical energy storage, this work aims to explore
chemical reaction conversion through the electro-mechanical route which is different from …

To address the challenges of climate change, technologies and processes that contribute to
reducing net CO 2 emissions are key. Herein, engine-based dry reforming combines the …

In the context of the energy transition, efficient energy systems are desired. One promising
approach is the use of piston engines for energy and species conversion. Before such …

During high-temperature pulse pyrolysis of acyclic butanes and pentanes under adiabatic
compression conditions, cyclopropane, a stressed cyclic hydrocarbon, was found among the …