The IFE project (Innovation Liquid Energy), an associated project of the CO2Refinery, came to an end in June and it is time to take stock. The project‘s goal was to design a pilot-scale plant converting CO2 and water into liquid energy carriers via a high-temperature electrolyzer and a Fischer-Tropsch reactor. Two journal articles and two conference papers have been published within the project’s framework by the Institute of Chemical, Environmental and Bioscience Engineering at TU Wien, comprising process modeling and simulation. In addition, a techno-economic assessment and an analysis of the Fischer-Tropsch products‘ CO2 footprint for various electricity sources have been conducted. The most recent journal article “Evaluation of CO2 Sources for Power-to-Liquid Plants Producing Fischer-Tropsch Products, opens an external URL in a new window” focused on the plant’s carbon and Power-to-Liquid efficiency based on three analyzed CO2 sources, i.e., a biogas upgrading plant, a cement plant and a biomass heating plant.
Welcome to CO2Refinery!
CO2Refinery is a doctoral college at TU Wien and offers excellent scientific research, combined with a multi- and interdisciplinary curriculum (lectures and lab rotation), and a dedicated supervision and mentoring program. The 10 PhD students are in the center of attention and their training and scientific advancement are the keys to a successful implementation of this program. Research training will be obtained through work embedded into high-quality scientific research environments provided by supervisors that are internationally recognized experts in their fields and the close support through junior faculty members. In addition, a multifaceted training program will complement the research work and further advance their social and scientific skills.
Within CO2Refinery, fundamental research concepts will be translated into technically sound and viable solutions for a technical center scale. This requires a tight collaboration between the different research areas and working groups which will foster an intensive scientific exchange in the faculty ("learning by doing", using a “Technikum” approach). The aim of this consortium and this training initiative is to develop new platform technologies to allow the efficient utilization of CO2 substrate streams and to produce different platform chemicals, including solvents and food additives.
Innovation Liquid Energy
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Group picture of the "IFE" project team (Photo by Valentina Nigitz)
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Overview of the project "Innovation Liquid Energy"