Energy efficiency as an example of cross-discipline collaboration in chemical engineering

J.-C de Hemptinne, J.-H. Ferrasse, A. Górak, S. Kjelstrup, F. Marechal, O. Baudouin, Rafiqul Gani

Research output: Contribution to journalJournal articleCommunication

Abstract

This paper summarizes the round-table discussion that was held during the European Congress of Chemical Engineering (ECCE) in Nice, France, in October 2015 on this topic. The panellists come from different fields of chemical engineering and have thus brought in different perspectives. The objective was to determine paths for developing innovative approaches in view of process optimization.The terminology is a first obstacle that was clarified. Energy efficiency can be envisaged either by optimizing thermodynamic functions (entropy or exergy), more pragmatically by selecting the adequate unit operation or in a very general vision by considering all decision variables (i.e. including economic and political) that may have an impact on the final service provided to society.The second issue relates to improving collaboration among various actors. These may be defined in terms of type of responsibility (industrials, mostly market-driven, or academic), or in terms of discipline. The role of professional societies as the European Federation for Chemical Engineers (EFCE) is stressed as a promotor of collaboration between disciplines.Finally, once willingness for collaboration is identified, the final question is how it can lead to true innovation. The largest innovation potential is often found at the interface between fields. Yet, it often requires both an effort to explain the mutual challenges in a didactic manner, and the development of tools that make it possible to each partner to be efficient in his own field while being aware of the global goal and of the constraints of the others.
Original languageEnglish
JournalChemical Engineering Research and Design
Volume119
Pages (from-to)183–187
ISSN0263-8762
DOIs
Publication statusPublished - 2017

Keywords

  • Thermodynamics
  • Chemical engineering
  • Energy efficiency
  • Interdisciplinarity
  • Exergy

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