What is biomass? Biomass generally refers to the organic matter deriving from plants and that is generated through the photosynthesis. Biomass not only.

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Presentation transcript:

What is biomass? Biomass generally refers to the organic matter deriving from plants and that is generated through the photosynthesis. Biomass not only provides food but also construction materials, fibers, medicines and energy. In particular, biomass can be referred to as solar energy stored in the chemical bonds of the organic material.

EU-15EU-25 Mtoe% % Renewables85,3100%94,9100% Biomass53,963%62,165% Hydro24,228%25,627% Wind3,14%3,13% Solar0,51%0,51% Geothermal3,74%3,74%

StageEmerging technologiesFuture technologies Biomass resources New energy crops New oilseed crops Bio-waste management Bio-engineering of new energy plants Development of low-energy agricultural production systems Aquatic biomass (algae) IT methods in land and biological systems management Supply systems Use of new agro-machinery Biomass densification Other simple pretreatments (e.g. leaching) Logistics of supply chains Biorefining Biotech-based quality monitoring throughout the whole procurement chain IT tools for supply chain modelling and optimal management Conversion Advanced combustion Co-combustion Gasification Pyrolysis Bioethanol from sugar and starch Bioethanol from lignocellulosic material Biodiesel from vegetable oils Advanced anaerobic digestion Biohydrogen (hydrogen from bioconversion of biomass) Plasma-based conversions Advanced bioconversion schemes Other novel conversion pathways (e.g. electrochemical) Novel schemes for down-stream processing (e.g. of pyrolytic liquids or synthetic FT-biofuels) End products Bioheat Bioelectricity Transport biofuels Upgraded solid biofuels (pellets) Use of hydrogen in fuel cells Use of FT-biofuels in new motor-concepts e. g. CCS (Combined Combustion Systems) New bio-products (biotech) Complex, multi-product systems (IT) CO 2 sequestration; other new end-use “cultures” (e.g., user-friendliness, “closed cycle”) System integration Normalisation and standards Best practices Economic/ecological modelling and optimisation IT-based management Socio-technical and cultural design of applications Sustainability based on global as well as local effects