Biomass has the ability to provide our industrial society with a sustainable source of energy and organic carbon. Chemical conversion is the process of converting biomass into liquid fuels, the most common of which is biodiesel.
Biochemical conversion is the process of breaking down biomass using enzymes from bacteria or other microbes, such as anaerobic digestion, fermentation, or composting. Biomass biochemical conversion technologies relate to the physical, chemical, and biological pretreatments that are used to convert biomass into equivalent products. Biochemical conversion routes, as well as the enzyme catalysts that enable them to work, provide a number of advantages. Biotechnology is a relatively young tool, and new developments are happening all the time.
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Title : Quality variation in market biofuels and the effect on tailpipe emissions
Nick Molden, Emissions Analytics, United Kingdom
Title : Combustion performances of advanced cooking stoves using woody and herbaceous pellets as fuel
Magnus Stahl, Karlstad University, Sweden
Title : Sorting and recycling of construction and demolition wood waste
Carina Rehnstrom, Karlstad University, Sweden
Title : Overall benefits of biochar, fed to dairy cows, for the farming system
Sara Tahery, The University of New South Wales, Australia
Title : Effect of charcoal addition on coke properties: A low-emission integrated steelmaking process
Sachchit Kumar Majhi, Tata Steel Limited Jamshedpur, India
Title : Enhancing soil fertility, crop yields, and climate mitigation through scalable biochar production: A pilot study
Sohail Manzoor, National Rural Support Programme, Pakistan