Download Biomass combustion science, technology and engineering by Lasse Rosendahl PDF
By Lasse Rosendahl
This ebook provides a range of thermo-chemical applied sciences for conversion of biomass, not just to provide warmth and gear, but in addition intermediate items comparable to syngas and bio-oils. Part one presents an creation to biomass offer chains and feedstocks, and descriptions the rules of biomass combustion for energy iteration. Chapters additionally describe the categorization and training of biomass feedstocks for combustion and gasification. half explores biomass combustion and co-firing, together with direct combustion of biomass, biomass co-firing and gasification, quickly pyrolysis of biomass for the creation of beverages and intermediate pyrolysis applied sciences. Later sections concentrate on largescale biomass combustion and biorefineries and large-scale biomass combustion vegetation, key engineering concerns and plant operation. The concluding bankruptcy appears on the position of biorefineries in expanding the worth of the end-products of biomass conversion.
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Extra info for Biomass combustion science, technology and engineering
For example, Cundiff © Woodhead Publishing Limited, 2013 Biomass supply chains 21 et al. (1997) considered the bioenergy facility location fixed and their linear programming (LP) model chooses which farms should supply the biomass. Tatsiopoulos and Tolis (2003) located the bioenergy facility in the center of the region examined in a centralized electricity scenario. In a decentralized scenario, the location of bioenergy facilities was determined indirectly by calculating the optimum number of facilities and locating them uniformly on a grid.
Alternatively, a compromise could be made by introducing a step into the supply chain, as upstream as possible, to turn biomass into a form that can be handled and treated by standardized equipment. It should be mentioned that developing specialized equipment to perform only seasonal operations for a specific biomass type could overly increase biomass cost, as the equipment amortization cost would have to be allocated to only this biomass type for a short time. Transportation distance limitation Biomass energy conversion facilities are subject to economies of scale, as all technological devices.
An LP optimization model was used by Cundiff et al. (1997) to optimize a cost function including the biomass logistics between the on-farm storage locations and the centrally located power plant, the construction and expansion costs of storage facilities, as well as the cost of violating storage capacity or lost revenue in the case of a biomass deficit. The authors considered the use of ambient and covered storage and took into account the uncertainty in biomass production levels. Zhu and Yao (2011) developed a mixed-integer linear programming (MILP) model as a multi-echelon, multiperiod and multi-commodity supporting logistics system.