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Woody biomass supply potential for thermal power plants in Japan

机译:日本火力发电厂的木质生物质供应潜力

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Biomass energy is one of mitigation method of CO_2 reduction. In Japan, it aimed to reduce fossil fuels supply 670,000 kL of crude oil equivalent in thermal power plants and 340,000 kL of crude oil equivalent in the utilization of heat by biomass. It was decided to use 25% or more of the forestry products such as logging residues. Japanese government aim to supply 634 PJ of woody biomass for power generation in 2010. This amount of energy accounts for 2.8% of total primary energy. More than 68% of Japan is covered by forests, and more than 40% of these forests are plantations. But the use of woody biomass is limited because it is still not seen as economically viable. In this article, we developed a large scale forestry economic model which can estimate the wood chips supply for coal thermal power plants across all around Japan. By using this model, wood chips supply potential is currently 32,000 m~3/year and supply will increase drastically when wood chips price increase or carbon credit is installed and we found that biomass production of 15 PJ that is the numeric target of Japanese government is possible. Especially, the lengthening of rotation period of forestry and the decrease of wood chips transportation cost is important for wood chips use in coal thermal plant.
机译:生物质能是减少CO_2的方法之一。在日本,该计划旨在减少火力发电厂中化石燃料的供应量670,000 kL原油当量,以及生物质利用热量时减少340,000 kL原油当量。决定使用25%或更多的林业产品,例如伐木残渣。日本政府的目标是在2010年提供634 PJ的木质生物质用于发电。这一能源量占一次能源总量的2.8%。日本有68%以上的森林被森林覆盖,其中40%以上的森林是人工林。但是木质生物质的使用受到限制,因为它在经济上仍然不可行。在本文中,我们开发了一个大规模的林业经济模型,该模型可以估算日本全国燃煤电厂的木屑供应量。通过使用该模型,目前木片的供应潜力为32,000 m〜3 /年,并且当木片价格上涨或安装了碳信用额度时,供应将急剧增加,我们发现作为日本政府数字目标的15 PJ的生物质生产是可能。特别是林业的轮换期的延长和木片运输成本的降低对于煤粉在火力发电厂的使用非常重要。

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