Dynamic Methanol Production from Steel Mill Gases

Carbon2Chem® subproject L-II

Work in phase 1

In subproject L2 “Sustainable Methanol Production”, Fraunhofer UMSICHT set up and began operating a methanol plant on a pilot-plant scale on the Institute’s own campus, and was already able to produce small quantities of methanol in the first long-term tests. In various plants in the laboratory and pilot plant station, pure and real gases were used to investigate how catalysts used in industry generally behave when using byproduct gases from steel mills. In particular, the gas composition was varied with regard to the proportions of CO, CO2, and N2. The effects of these changes in core parameters were investigated in terms of productivity, selectivity, and stability of the catalysis.

Aims in phase 2

L-II “Dynamic Methanol Production from Steel Mill Gases” in the second project term aims to specifically elaborate the process concepts developed in the first project term with regard to producing methanol from the byproduct gases from steel mills. The scale-up of the laboratory to the pilot plant in the pilot plant station is a particular focal point. As part of longer tests and test series, statements should particularly be made on the robustness and long-term stability of the catalysts used. The results serve, among other things, as the basis for the economic and ecological system evaluation.

Information material Carbon2Chem® subproject "Dynamic Methanol Production from Steel Mill Gases"

Subproject L-II

Dynamic Methanol Production from Steel Mill Gases

Project structure

Carbon2Chem® brings together basic research, applied research and industries. A look at the structure of this collaboration.

Project contents

Information on the two funding phases

 Partners in subproject L-II
Management at Fraunhofer UMSICHT Dr.-Ing. Andreas Menne
Competence of the department Low Carbon Technologies
Partners Fraunhofer UMSICHT
Fraunhofer ISE
thyssenkrupp AG
Ruhr Universityt Bochum
Clariant Produkte (Deutschland) GmbH
Overall management of the subproject
Nouryon Industrial Chemicals GmbH