BioFuel RegionInfo sheets - BioFuel Region

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Info sheets

4 November, 2014

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1.1 Chemical balances and available potentials	2.1 Effective supply chain from forest to biorefinery	3.1 Chemical and physical require- ments, fractionation, preparations to biochemicals	4.1 Development of efficient supply systems	5.1 Outreach and communication
1.2 Basic chemical compostition	2.2 Comminution, sorting equipment	3.2 Current develop- ment of biorefineries in Swe and Fin	4.2 Modeling and analysis of supply systems	5.2 Interview about education and opportunities
1.3 Biomass for bio-refining in Finland	2.3 Efficient raw material handling at the forest biomass sorting terminals	3.3 Raw material requirements of biorefinery processes	4.3 Design of supply chain analysis	5.3 Partner presentation – Processum
1.4 GIS-analysis on biomass potential	2.4 Chipping Study	3.4 Ionic liquids in the pretreatment of lignocellulosic biomass	4.4 Forest feedstock supply curves	5.4 Partner presentation – Rural Institute
1.5 Tree bark – potential, distribution and use in Finland	2.5 Sorting, comminution equipment	3.5 Birch bark suberin potential source of valuable compounds	4.5 Supply Curves for Tree Sections and Long Tops	5.5 Partner presentation – BioFuel Region
1.6 Stump potentials and its distribution in Finland	2.6 Future Terminals	3.6 Gravimetric Fractioning of Biomass	4.6 Supply curves for whole trees from early energy thinning and stump cores	5.6 Partner presentation – SLU
1.7 Potential and distribution of logging residues from fellings in Finland	2.7 Stump crushing at Terminal	3.7 Fractioning Biomass by Screening	4.7 Available Potentials of Forest Biomass for a Biorefinery in Kokkola	5.7 Partner presentation – Chydenius
1.8 Pontential and distribution of small-diameter thinning wood in Finland	2.8 Studies of a chain flail debarker	3.8 Sample Preparation for Cellulose Analyses	4.8 Biomass Terminals in the Feedstock Supply Chain for Biorefining	5.8 Partner presentation – METLA
1.9 Pulp Wood potential	2.9 Comparison of the ground disturbance between two stump lifting concepts	3.9 The Effect of Fractioning of Forest Biomass on Ash and Extractive	4.9 Potentials of Biomass from Pine, Spruce and Birch for Three Locations in the Swedish Part of BA-Region	5.9 Partner presentation – Centria
	2.10 Studies of an innovative harvesting system in dense early thinnings	3.10 Pretreatment and Fermentation of Stumps and Small Trees		5.10 Study visit from Finland to Sweden
	2.11 Biomass compressing-processing using an innovative harvesting head	3.11 Decrease in Extractives of Tree Bark During Storage		5.11 Study visit from Sweden to Finland
	2.12 Stump Crushing and Fuel Quality	3.12 Decrease in Extractives of Stumps
		3.13 Decrease in Extractives of Chain-Flail Residue
		3.14 Introduction to biomass gasification and the relation to biomethane
		3.15 Swot analysis for bio-sng market in the BA region
		3.16 Specific opportunities for forest industries and green gases
		3.17 The Effect of Fractioning of Forest Biomass on Cellulose, Lignin and Fermentable Sugars Contents

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1.1 Chemical balances and available potentials	2.1 Effective supply chain from forest to biorefinery	3.1 Chemical and physical require- ments, fractionation, preparations to biochemicals	4.1 Development of efficient supply systems	5.1 Outreach and communication
1.2 Basic chemical compostition	2.2 Comminution, sorting equipment	3.2 Current develop- ment of biorefineries in Swe and Fin	4.2 Modeling and analysis of supply systems	5.2 Interview about education and opportunities
1.3 Biomass for bio-refining in Finland	2.3 Efficient raw material handling at the forest biomass sorting terminals	3.3 Raw material requirements of biorefinery processes	4.3 Design of supply chain analysis	5.3 Partner presentation – Processum
1.4 GIS-analysis on biomass potential	2.4 Chipping Study	3.4 Ionic liquids in the pretreatment of lignocellulosic biomass	4.4 Forest feedstock supply curves	5.4 Partner presentation – Rural Institute
1.5 Tree bark – potential, distribution and use in Finland	2.5 Sorting, comminution equipment	3.5 Birch bark suberin potential source of valuable compounds	4.5 Supply Curves for Tree Sections and Long Tops	5.5 Partner presentation – BioFuel Region
1.6 Stump potentials and its distribution in Finland	2.6 Future Terminals	3.6 Gravimetric Fractioning of Biomass	4.6 Supply curves for whole trees from early energy thinning and stump cores	5.6 Partner presentation – SLU
1.7 Potential and distribution of logging residues from fellings in Finland	2.7 Stump crushing at Terminal	3.7 Fractioning Biomass by Screening	4.7 Available Potentials of Forest Biomass for a Biorefinery in Kokkola	5.7 Partner presentation – Chydenius
1.8 Pontential and distribution of small-diameter thinning wood in Finland	2.8 Studies of a chain flail debarker	3.8 Sample Preparation for Cellulose Analyses	4.8 Biomass Terminals in the Feedstock Supply Chain for Biorefining	5.8 Partner presentation – METLA
1.9 Pulp Wood potential	2.9 Comparison of the ground disturbance between two stump lifting concepts	3.9 The Effect of Fractioning of Forest Biomass on Ash and Extractive	4.9 Potentials of Biomass from Pine, Spruce and Birch for Three Locations in the Swedish Part of BA-Region	5.9 Partner presentation – Centria
	2.10 Studies of an innovative harvesting system in dense early thinnings	3.10 Pretreatment and Fermentation of Stumps and Small Trees		5.10 Study visit from Finland to Sweden
	2.11 Biomass compressing-processing using an innovative harvesting head	3.11 Decrease in Extractives of Tree Bark During Storage		5.11 Study visit from Sweden to Finland
	2.12 Stump Crushing and Fuel Quality	3.12 Decrease in Extractives of Stumps
		3.13 Decrease in Extractives of Chain-Flail Residue
		3.14 Introduction to biomass gasification and the relation to biomethane
		3.15 Swot analysis for bio-sng market in the BA region
		3.16 Specific opportunities for forest industries and green gases
		3.17 The Effect of Fractioning of Forest Biomass on Cellulose, Lignin and Fermentable Sugars Contents

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