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  • Titel
    Options for CO2-neutral production of bulk chemicals
  • Verfasser
    Franz, Adam W. ; Kircher, Manfred
  • Enthalten in
    Journal of Business Chemistry, H. Journal of Business Chemistry, S. 63-78
  • Erschienen
    2021
  • Anmerkung
    Section "Practitioner´s Section"
  • Sprache
    Englisch
  • Dokumenttyp
    Aufsatz in einer Zeitschrift
  • URN
    urn:nbn:de:hbz:6-27069427812 
  • DOI
    10.17879/27069427558 
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Abstract
  • The rising utilization of non-fossil-based raw materials in the chemical industry initiates the transformation path to a more sustainable and less greenhouse gas (GHG) emission-intensive way of producing consumer goods. In this review, the focus of alternative, large-scale synthesis routes for bulk chemicals by the example of 1,4-butanediol (BDO) and formaldehyde from fossil and non-fossil feedstocks-based production processes are discussed. Furthermore, options to lower GHG emissions from scope 1-3 in the corresponding examples are presented and regional and regulatory aspects are discussed. Finally, the demands and needs for sustainable production of BDO and formaldehyde are shown research-, technology-, feedstock-, and regulatory-wise.
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