The emission from power plants highly contributes to the increase of CO2 concentration in
the atmosphere. Enhancing the utilization of renewable energy and improving energy …

Process Intensification (PI) is a cutting-edge processing technology that uses ground-
breaking methods to produce goods more efficiently, more successfully, and with superior …

From a personal view, this perspective analyses the gaps and opportunities for catalysis to
address the electrification of chemical production from a high-tech scenario. It is assumed …

Improving the radial heat transport or the heat distribution is a paramount aspect for the
sustainable and safe operation of catalytic gas-solid reaction systems. In this perspective …

This perspective provides the collective opinions of a dozen chemical reaction engineers
from academia and industry. In this sequel to the “Vision 2020: Reaction Engineering …

Process Intensification (PI) is the modification or integration of conventional or novel
processes within a single unit operation in order to improve product quality and reduce …

Utilising additive manufacturing (AM), reactors with composite structures, featuring locally
tuned geometries and controlled porosity, can effectively be employed in chemical reactions …

The electrical and electronic waste is expected to increase up to 74.7 million metric tons by
2030 due to the unparalleled replacement rate of electronic devices, depleting the …

Nonanoic acid is considered a feedstock of growing interest due to the promising
applicability of its derivatives. It can be obtained from vegetable oils, one of the products of …

Synthetic fibres cover most of the textile market, but their value chain is almost entirely linear.
Common raw materials are non-renewable and oil-derived while requiring large amounts of …