To main content

Accelerating energy sector decarbonisation through waste-derived fuels and CCS technology

Accelerating the decarbonisation of the energy sector will require innovative solutions.

Information

Location
Online
Start
Add to calendar
End

This webinar will explore the possibility of substituting fossil fuels with waste-derived alternatives, and applying oxyfuel and chemical looping combustion (CLC) technologies in the waste-to-energy (WtE) sector as a means of capturing CO2 emissions. 

It will feature both researchers and industry experters, who will discuss the viability of retrofitting WtE plants with oxyfuel and CLC technologies. To do this, they will refer to recent large-scale pilot tests, further challenges to scaling up technology, corrosion potential, and impact assessments (TEA/LCA). The webinar will also feature an operator’s perspective, and an outlook on further experimental upscaling of CLC technology. 

Programme

  • 09:00 Welcome & introduction
    Jochen Ströhle, TU Darmstadt
    Marcin Kost, Fortum Heat and Power
  • 09:30 Pilot testing using waste-derived fuels
    Alexander Kuhn, TU Darmstadt
    Philipp Mohn, TU Darmstadt
  • 10:00 Corrosion measurements in waste-to-energy operations
    Vesna Barisic, Sumitomo SHI FW
    Marie Kaiser, CheMin
  • 10:30 Coffee break 
  • 10:45 Technology upscaling for innovative waste-to-energy processes
    Panagiotis Stamatopoulos, CERTH
    Sebastian Schmitt, Doosan Lentjes
  • 11:15 Multi-level impact assessment for future waste-to-energy technologies
    Martina Vagnoni, RINA-C Consulting
    Kostis Atsonios, CERTH
    Ingunn Modahl, NORSUS
  • 11:45 Outlook beyond the projects and open discussion
    Nicholas Vin, IFPEN
    Jochen Ströhle, TU Darmstadt
  • 12:30 Close

Explore research areas

Contact person