Editorial
Welcome to the second ROMEO newsletter.
ROMEO revolves around a new reactor concept that utilises membranes in order to carry out chemical synthesis and processing in a single step- something of a 2-in-1 reactor, in which the product is continuously removed from the reaction mixture as soon as it is formed. The aim of ROMEO is to reduce energy consumption and emissions in industrial catalytic gas-phase reactions.
Part of the ROMEO people have been busy working on membrane development while others focused on immobilising and characterising catalytic systems on membranes. They'll now move on to performance tests and optimisation. As for SILP membrane systems, feasibility tests are on the agenda. And of course we are busy working on our novel reactor design, though little can be disclosed at this stage.
One goal of the bi-annual newsletter is to introduce the people behind the ROMEO project. In this issue, you can find out more about:
• Raquel, Researcher at ICP-CSIC (Spain) - Raquel has experience in industrial emissions and air pollution control by catalysis, photocatalysis and adsorption.
• Björn, Expert for Hydrogen and Synthesis gas (or syngas) plants, LINDE AG (Germany) – Björn is a member of LINDE’s steam reformer pilot plant project team, where he is responsible for analytics and plant operation.
• Alexander and Patrick, two PhD candidates from the Friedrich-Alexander University (Germany). Alexander is mainly working on continuous gas phase hydroformylation reaction and Patrick is working in the field of catalyst imobilisation and new reactor concepts related to the water gas-shift reaction.
Please feel free to contact us via our website (www.romeo-h2020.eu) should you have any questions or comments.
Enjoy your reading!
Prof. Robert FRANKE, Project Coordinator