Workshop: Development of torrefaction technologies and impacts on global bioenergy use and international bioenergy trade
28. January 2011
- IEA Bioenergy Task 32: "Biomass Combustion and Co-firing"
- IEA Bioenergy Task 40: "Sustainable International Bioenergy Trade"
Torrefaction is an interesting pre-treatment technology for biomass before pelletisation and/or combustion. It is a thermo-chemical process for the upgrading of biomass that is usually run at temperatures ranging from 200 to more than 300°C under the exclusion of oxygen and at ambient pressure.
This workshop will give a comprehensive overview of fundamentals of torrefaction, the main advantages of and the challenges in producing torrefied biomass. Ongoing R&D activities will be shown, demonstration plants under construction or already in operation will be presented and the latest state-of-science in torrefaction will be discussed.
A major focus of the workshop will also be put on logistic aspects of torrefied biomass and the possible impacts on global international bioenergy trade. International biomass trade of e.g. wood pellets, ethanol or biodiesel has been growing strongly in the past decade, but is still relatively small compared to other commodities. While the technical biomass potential would in theory allow for much larger quantities to be utilized, in practice the use is hampered by a geographical mismatch of supply and demand, and associated high logistical costs. Torrefaction is a pre-treatment technology that may help to overcome this barrier as it might enable the use of so-far unutilized biomass potentials, and may thus play a pivotal role for the future growth of bioenergy trade.
- 13:30 Welcome address
Martina Ammer, Federal Ministry for Transport, Innovation and Technology, Vienna, Austria
- 13:35 Introduction
Chairman: Jaap Koppejan, IEA Bioenergy Task 32, Enschede, The Netherlands
- 13:40 Task 40 overview of international developments in torrefaction
Chris Kleinschmidt, KEMA, Arnhem, The Netherland
- 13:50 The ratio behind torrefaction: trade-off between additional investment & energy use vs. logistical & end-use advantages
Michael Wild, EBES AG, Vienna, Austria
- 14:10 Fundamentals and basic principles of torrefaction
Martin Englisch, ÖFI, Vienna, Austria
- 14:30 Pilot-scale biomass torrefaction - an extensive parametric study
Anders Nordin, Umea University, Umea, Sweden
- 14:50 ECN's torrefaction-based BO2-technology - from pilot to demo
Jaap Kiel, ECN, Petten, The Netherlands
- 15:10 Presentation of the Torrbed process
Robin Post van der Burg, Topell, The Hague, The Netherlands
- 15:30 Presentation of the Torr Coal process
Jan Brouwers, Torr Coal, Sittard, The Netherlands
- 15:50 Presentation of the ACB process
Klaus Trattner, Andritz AG, Graz, Austria
- 16:10 Coffee break
- 16:30 Regional/global biomass potentials that are currently unutilized and that may be accessed through torrefaction
Hubert Röder, Pöyry, Freising, Germany
- 16:50 Possibilities and bottlenecks for long-distance transport and storage of torrefied material
Ger Ostermeijer, Peterson Control Union Group, Rotterdam, The Netherlands
- 17:10 Case study: exports of torrefied and non-torrefied biomass from a Latin American country to Rotterdam Comparison of costs and GHG emissions
Andre Faaij, Utrecht University, Utrecht, The Netherlands
- 17:30 Torrefaction from the view of a large end-user
Jan de Jong, Essent, The Netherlands (invited)
- 17:50 Closing
Chairman: Martin Junginger, IEA Bioenergy Task 40, Utrecht, The Netherlands
This workshop targets on representatives from industry, policy makers, NGOs and academia. The event takes place as a parallel session within the Central European Biomass Conference 2011 in Graz, Austria.
As the workshop is an integral part of the Central European Biomass Conference 2011, visitors to the workshop need to register to the conference. It is possible to book one single conference day.
Lukas Kranzl (Task 40)
Tel: +43 (1) 58801 37351
Martin Junginger (Task 40)
Tel: +31 (30) 2537613
Jaap Koppejan (Task 32)
Tel: +31 (53) 711 2519