This IEA Bioenergy Task 37 report deals with greening the gas grid in Denmark where more than 10 % of gas in the Danish gas […]
read moreThis IEA Bioenergy Task 32 report provides an overview on present practices in ash management from biomass (co)combustion, based on country reports for experiences in […]
read moreIf bioenergy is to become an important part of the energy mix it must pass the tests of being technically, economically, and socially feasible and […]
read moreGasification is a flexible technology for converting solid fuels into heat, power, chemicals or fuels. When applied to biomass-based materials, carbon-neutral energy production is possible. […]
read moreBased on the definitions of the Intergovernmental Panel on Climate Change, forest biomass feedstocks include: – Unutilized (or surplus) forest growth that have no taker […]
read moreOngoing concern over climate change has led to interest in replacing fossil energy with bioenergy. There are different approaches to quantitatively estimate the climate change […]
read moreIn order to understand the climate effects of a bioenergy system, a comparison between the bioenergy system and a reference system is required. The reference […]
read moreIn the USA, the pellet production to export has reached 7 Million tons in recent years providing positive socio-economic impacts in the regions but also […]
read moreThis joint IEA Bioenergy Task 36 and Task 40 report focuses on trans boundary shipment flows of solid biomass waste, particularly wood waste (hazardous and […]
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