Energy and materials biomass strategies for greenhouse gas emission mitigation can be split into: substitution of fossil fuels for energy and feedstocks substitution of CO 2 -intensive materials by biomaterials substitution of non-renewable timber by renewable timber carbon storage in forests, products, and disposal sites increased recycling/reuse of biomaterials increased energy recovery from waste biomass The examples linked to this page contain examples of MARKAL output files for the MATTER 2.0 model.
(Energy and materials biomass strategies for greenhouse gas emission mitigation; can be split; into: substitution of fossil fuels for energy and feedstocks substitution of CO 2 -intensive materials by biomaterials substitution of non-renewable timber by renewable timber carbon storage in forests, products, and disposal sites) (increased recycling/reuse of biomaterials; increased; ) (increased recycling/reuse of biomaterials increased energy recovery from waste biomass The examples; linked; ) (increased recycling/reuse of biomaterials increased energy recovery from waste biomass The examples linked to this page; contain; examples of MARKAL output files for the MATTER 2.0 model)
Energy and materials biomass strategies for greenhouse gas emission mitigation increased recycling/reuse of biomaterials increased recycling/reuse of biomaterials increased energy recovery from waste biomass The examples increased recycling/reuse of biomaterials increased energy recovery from waste biomass The examples linked to this page
can be split increased linked contain
into: substitution of fossil fuels for energy and feedstocks substitution of CO 2 -intensive materials by biomaterials substitution of non-renewable timber by renewable timber carbon storage in forests, products, and disposal sites
examples of MARKAL output files for the MATTER 2.0 model