E.ON, Fortum Waste Solutions, Stena, Sysav and NOAH together with researchers from RISE (Research Institute of Sweden) and Chalmers University of Technology (Gothenburg, Sweden), have used beamline Balder at MAX IV Laboratory (Lund, Sweden) to identify chemical speciation of copper, zinc, antimony and lead in incineration ashes which can be useful for classification of bottom […]
read moreIEA Bioenergy Task 36, Material and Energy Valorisation of Waste in a Circular Economy seeks to raise public awareness of sustainable energy generation from biomass residues and waste fractions, including MSW as well as to increase technical information dissemination through the publication of reports and webinars on the topics. IEA Bioenergy Task 36 organizes a […]
read moreEarly in July this year, the Swedish government presented the national strategy for transitioning to a circular economy. The strategy sets the direction and long-term goals to ensure a sustainable transition and reduce the environmental and climate impact. This strategy will contribute to reach the final goal of Sweden: becoming the world’s first fossil-free nation […]
read moreWe are glad to share with all of you our last IEA Bioenergy Task 36 webinar report about Waste-to-energy fly ash valorisation. Click on the link below to have access to the report: IEABioT36 workshop report Waste-to-Energy (WtE) fly ash valorisation webinar_final Do you have any questions? Feel free to contact our colleague at […]
read moreThe recording of last week’s webinar “Valorisation of fly ashes from Waste-to-energy”? is now available on the IEA Bioenergy Task 36 YouTube Channel: https://www.youtube.com/playlist?list=PLE53roej4i3xbeGLueeVMovmPTlADCdsr The webinar included presenters from a number of fly ash treatment technologies either commercially available or under development in Europe. In addition, the webinar gave an overview of the fly ash […]
read moreAdvanced thermal conversion of waste attracts growing interest. The main reasons are increased perception of greenhouse gas emissions and environmental pollution resulting from untreated waste. As an alternative to waste incineration, conversion options such as waste pyrolysis, waste gasification, and co-processing of biomass and waste aim at the production of energy carriers such as liquid […]
read moreIEA Bioenergy has published today (13th October) a series of case studies that illustrate how bioenergy can be used in industry to provide high temperature heat. Small and medium sized industries, such as food or paper industries, often provide a good match with biomass resources that may be locally available. Traditionally, the application of bioenergy […]
read moreWe are glad to share with all of you our last IEA Bioenergy Task 36 report aobut Trends and Drivers in Atlernative Thermal Conversion of Waste. Click on the link below to have access to the report: IEA bioenergy report_trends in alternative thermal treatment of waste_DS_final_20200910 and contact our colleague at IEA Bioenergy Task 36 […]
read moreOctober 7th we are arranging an online webinar on valorisation of fly ash. Read more and register here.
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