Programme
 
 
 
Thursday, 09 July 2020
Room: Auditorium 1
10:10 - 11:10
Anaerobic digestion for biogas and biomethane production
Session code: 2DO.4 Biological Methanation Processes
Chair & Moderator
Bernhard DROSG, BEST - Bioenergy and Sustainable Technologies, AUSTRIA
Arthur WELLINGER, European Biogas Association, President, BELGIUM


Short introductive summary: Assay for Testing Packing Materials for Ex-Situ Bio-Methanation

Biogas upgrading via biomethanation is a prospective method that can integrate the biogas grid with renewable power grid where excess power can be used to produce H2 needed for the methanogenesis of the CO2 present in the biogas. Recent studies has shown that bio-methanation using biotrickling filter (BTF) is a promising technology for biomethanation as it offers relatively higher methane production per unit volume due to the large surface area available in the form of biofilm. Selection of an effective packing material for hydrogenotrophic methanogens biofilm is a major design variable for the BTF. However, testing the packing in a continuously operating BTF is costly both in time and resources. In this study an easy-to-use batch assay is developed and demonstrated for testing several packing materials at a time, which will allow comparative performance analysis of multiple packing materials at a low cost. The assay can also be effective for comparative analysis of other operation parameters such as temperature, nutrient media, and inoculums.
Presenter:  Muhammad Tahir ASHRAF, University of Southern Denmark, Chemical Eng., Biotechnology and Environmental Tech. Dpt., DENMARK

Presenter's biography:
Muhammad Tahir Ashraf is a postdoc at the University of Southern Denmark in the Dep. of Chemical Eng., Biotechnology and Environmental Tech. His research area is biogas, biorefinery, and bioprocess engineering.

 
Biographies and Short introductive summaries are supplied directly by presenters and are published here unedited


Co-authors:
J.M. Triolo, University of Southern Denmark, Odense, DENMARK
L. Yde, University of Southern Denmark, Odense, DENMARK

Session reference: 2DO.4.1