The new report Waste Incineration for the Future is a deliverable from a project within the Swedish Strategic Innovation Program RE:Source, financed by the Swedish Energy Agency, Formas and Vinnova.Jan 2019Transboundary flows of woody biomass waste streams in Europe Jun 2018Workshop on Production and Utilisation Options for Solid Recovered Fuels
In the circular economy, the production and utilisation of Solid Recovered Fuel (SRF) is increasingly recognised as an important element in waste management practises. SRF is produced from non-hazardous waste from biogenic and fossil origins and is thus consideredas a partly renewable. SRF has usually undergone a sorting process and should meet strict quality requirements. Narrow specifications of the fuel allow for more targeted end user applications, thereby benefitting the economic, and environmental performance.
Recently there have been several new experiences in the production and use of SRF. This workshop provided an update in the potential market volumes of SRF, policy developments and experiences of market actors involved. The workshop includes two topics where there will be new IEA Bioenergy task reports published in a near future
Dec 2017Presentations from Workshop on Thermochemical Technologies for Feedstock Recycling of Waste
Thermochemical conversion technologies can provide a significant contribution to Circular Economy (CE). Although transformation of today‘s mainly linear economy towards CE is one of the major sustainability approaches, we have seen little long-term implementation of waste gasification, waste pyrolysis, or similar processes for feedstock recycling, so far. The increasing focus on CE creates opportunities to promote technology implementation based on previous and ongoing activities and lessons learned.
Bulk waste, typically being collected heterogeneously, can be thermally recycled in waste incinerators. Material recycling that has been implemented for some waste fractions requires extensive pretreatment and is very costly.
Feedstock recycling by thermochemical conversion in contrary deals with bulky waste, mixtures of organic and inorganic content, and degraded end-of-life products in such a way that the overall recycling rate is maximized. These technologies are scalable, can handle difficult feedstocks and produce specified clean intermediates such as synthesis gas or synthetic crude that can be upgraded to chemicals or fuels in existing petro-chemical value chains.
On December 5th, 2017 Karlsruhe Institute of Technology (KIT) hosted a Task 36 workshop to share and promote research and development as well as operational findings oriented to the feedstock recycling of waste via thermochemical conversion.May 2017Presentations from Workshop Circular economy, Paris January 2017 Oct 2016Summary: Small scale energy from waste – Drivers and barriers Jul 2016Proceedings from workshop “Towards a Sustainable Waste Management” May 17, 2016, Rome May 2016Task 36 End of Triennium Report 2013-2015 May 2016Task 36 Progress Report May 2016 May 2016Small Scale Energy From Waste – Drives and barriers