Room: Auditorium
Date: Monday, 24 June 2024
Time: 15:00 - 16:00 CEST
Session code 1AO.1
Mobilising biomass resources
A Regional and Sectoral Analysis of the Potential Organic Waste-to-Biogas Resource and the Corresponding Greenhouse Gas and Pollution Abatement in India and other Countries
Short Introductive summary
This work aims to assess the energy generation potential of waste biomass through biogas generation in several European and Asian countries. The fraction of energy used in these countries that can be supplied from such waste-to-biogas generation is being evaluated, along with producing quantitative estimates of the corresponding greenhouse gas and pollution abatement. This novel dataset across various countries will help to market the value of waste biomass as an energy resource and to highlight its effectiveness in combating the climate emergency, energy crisis, and pollution. There are assessments of the varying influence of waste biomass in reducing the carbon intensity of the energy sector of countries as the energy mix changes. India has been used as a representative example to develop the methodology and these preliminary results are published. The analysis is now being extended to other countries. The work spans various topics: ‘Biomass resources and potentials’, ‘municipal and industrial wastes’, ‘environmental impacts’, and ‘climate impacts and GHG performance’.
EUBCE Student Awardee Presentation
Presenter
Akashdeep DEY
School of Engineering, The University of Edinburgh, Institute for Energy Systems, UNITED KINGDOM
Presenter's biography
I have started a PhD in Engineering (on hybrid renewable energy systems) at the University of Edinburgh in September 2023. Previously, I have studied an MSc in Sustainable Energy Systems at Edinburgh as a Commonwealth Scholar from India, and another MSc in Physics at the University of Calcutta.
Biographies and Short introductive summaries are supplied directly by presenters and are published here unedited
Co-authors:
H. Chalmers, School of Engineering, The University of Edinburgh, Edinburgh, UNITED KINGDOM
R.C. Thomson, School of Engineering, The University of Edinburgh, Edinburgh, UNITED KINGDOM
Session reference: 1AO.1.4