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广东省生物质能资源潜力评估及分布特点 被引量:2

Potential estimation and distribution of biomass energy resources in Guangdong Province
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摘要 文章基于广东省农、林、畜牧业和规模以上工业统计数据,评估了农作物废弃物、林木生长和加工剩余物、畜禽粪便和工业有机废水废渣的能源潜力及其分布特点。研究发现:农作物废弃物的能源潜力为452.6万~1207.0万t标煤,资源量最高的地区是湛江;林木生长和加工剩余物的能源潜力为545.5万~642.5万t标煤,资源量最高的地区是肇庆;畜禽粪便的能源潜力为313.8万t标煤,资源量最高的地区是茂名;工业有机废水废渣的能源潜力为7.8万~89.8万t标煤,资源量最高的地区是东莞。广东省生物质能若得到全面开发,可提供超过7.2%的全省能源消费量的潜力。 Based on the statistical data of agriculture,forestry,animal husbandry and industrial enterprises above designated size in Guangdong Province,this work estimated energy potentials,and quantities and distribution of agricultural wastes,growing and processing wastes of woods,livestock’s manures,and industrial organic wastes.The amounts of agricultural wastes were equivalent to 4.5~12.1 million tons of standard coal,and the highest amounts were distributed in Zhanjiang.The quantities of growing and processing wastes of woods were equal to 5.5~6.4 million tons of standard coal,and Zhaoqing had superior quantities to other cities.The dry matters of livestock’s manures amounted to 3.1 million tons of standard coal,and Maoming is the most plentiful place with livestock’s manures.The energy potential from industrial organic wastewater and solid wastes was 78~898 thousand tons of standard coal,whose largest amounts were generated by Dongguan.If the biomass energy in Guangdong Province was fully developed,it would have potential to provide more than 7.2%of total energy consumption.
作者 王闻 陈小燕 朱顺妮 张宇 王琼 梁翠谊 亓伟 Wang Wen;Chen Xiaoyan;Zhu Shunni;Zhang Yu;Wang Qiong;Liang Cuiyi;Qi Wei(Guangdong Provincial Key Laboratory of New and Renewable Energy Research and Development,Guangzhou Institute of Energy Conversion,Chinese Academy of Sciences,Guangzhou 510640,China)
出处 《可再生能源》 CAS CSCD 北大核心 2023年第2期152-159,共8页 Renewable Energy Resources
基金 广东省科技计划项目(2020A1010020024) 国家自然科学基金面上项目(51976224)。
关键词 农作物废弃物 林木生长和加工剩余物 畜禽粪便 工业有机废水废渣 agricultural wastes growing wastes and processing wastes of woods livestock manures industrial organic wastewater and waste solid
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