Fast Pyrolysis and Hydrothermal Liquefaction are two thermochemical conversion routes that transform biomass into liquid intermediates, which require subsequent upgrading to meet fuel specifications. Download […]
read moreThis report by Task 43 (Biomass supply) provides an in-depth analysis of First Nations-led circular bioeconomies in Australia, examining their social, economic, environmental, and cultural […]
read moreIn a series of three case study reports on biomass combustion with carbon capture and storage or utilisation, the strategic research programme on Bioenergy Carbon […]
read moreThe sewage company VEAS operates Norway’s largest wastewater treatment plant, serving around 650-700 thousand people and protecting the Oslofjord through advanced nutrient removal. The facility […]
read moreRegionalization and commoditization strategies for sustainable bioenergy The global energy transition is shifting from centralized fossil fuels to a more decentralized system, with an increasing […]
read moreAccording to the International Energy Agency (IEA), fuels in the form of hydrogen, hydrogen- based fuels, and bioenergy will have to meet 24% of global […]
read moreBiomass for industrial process heat The use of biomass for energy in industry is growing rapidly in the last 15 years. Until about 2010, the […]
read moreWith over one billion tons of food waste generated annually worldwide, contributing 8-10% of global greenhouse gas emissions, effective sorting technologies are critical for environmental […]
read moreApsley Farms is an innovative agricultural business in Hampshire, UK, combining traditional farming with modern bioenergy technology. The facility is one of the largest biomethane […]
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