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Integrated optimisation towards an sustainable supply of wood fuel
Approaches to an integrated optimisation towards an sustainable supply of wood fuel |
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| Responsible Body: | Ministry for science, research and arts in Baden-Württemberg |
| Duration: | 02.2007 bis 01.2009 |
| Project Responsibility: | Prof. Jörg-Dieter Schultz |
| Project Partners: |
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| Associates: | Dipl. Ing. FH Jörg Kaffenberger |
| Description: | First of all succesful wood energy concepts need optimized value chains with regards to quantity and quality of raw materials and process and systems engineering. This project picks up the idea of different value-adding activities and developes in cooperation with two industrial partners ways of improving quality, efficiency and profitability of wood energy supply in modern power and heat supply stations. The projects buildup envisages these main focuses: Module 1: Analysis of ressources Development of innovative and operational instruments for the ascertainment of utilisable biomass ressources via existing inventory and geodata. Module 2: Quality and continuity in raw wood mobilization Formulation of preconditions and framework parameters for a successful mobilisation of wood fuel in private forests. Execution of an exemplar mobilisation. Module 3: Innovative supply proceedings Formulation of a precise decision model with appropriate options for harvesting and supply methods which is applicable to different framework conditions and which is based on latest international research and technology. Module 4: Customeroriented quality requirements and standards Conception of a measures and methods checklist for the control of conversion related quality of combistibles against the backgrund of modern plant technology. Module 5: Material vs. energetic utilisation Analysis of different forest utilisation scenarios regarding the emergence respective the usability of the competing assortments wood fuel and industrial woods. Development of a model for the optimised classification of wood fuel assortments. Module 6: Optimisation of process costs Analysis of system connections between decisions in particular value-adding activities. Development of an decision-support instrument for an optimised product design. |
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