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Unten stehend finden Sie die stetig aktualisierte Publikationsliste des Fachgebiets. Für einen Überblick über die aktuellen Veröffentlichungen besuchen Sie auch unser Fachgebiet auf ResearchGate: Fachgebiet Dynamik und Betrieb technischer Anlagen

Energy, Equipment, and Cost Savings by Application of Membranes in Amine-Based Absorption-Desorption Processes for CO2 Removal
Zitatschlüssel Stuenkel2012
Autor Stünkel, Steffen and Esche, Erik and Song, Shankui and Brinkmann, Torsten and Wind, Jan and Shishatskiy, Sergey and Wozny, Günter
Seiten 141-147
Jahr 2012
ISSN 1359-4311
Journal Applied Thermal Engineering
Jahrgang 43
Zusammenfassung The catalytic oxidative coupling of methane to higher hydrocarbons (OCM) as an alternative route to ethylene or liquid fuels obtained much attention. Besides the intensive research and novel developments in the catalyst field are a number of investigations conducted with reaction and separation engineering aspects at the TU Berlin. The aim of this research is the demonstration of the technical feasibility of the OCM process, including product recovery in a miniplant scale. In this article the gas treatment of the reaction product gas is discussed as a key part of the production chain from raw material to the product. In the OCM process the CO2 is treated as an unwanted by-product or waste. Nevertheless, the energy and the costs requirements for the whole OCM process are crucial for industrial applicability and must be kept as low as possible to operate economically. Therefore different separation methods are examined and several process alternatives are investigated. In this article the energy saving of a hybrid separation process based on a membrane-absorption process for the CO2 capture of the OCM process is presented and proved experimentally in miniplant scale. In a case study of the oxidative coupling of methane (OCM) process the development of an integrated gas treatment process for CO2 capture in the miniplant scale is presented and experimental results are discussed.
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