中国有色金属学报
中國有色金屬學報
중국유색금속학보
THE CHINESE JOURNAL OF NONFERROUS METALS
2009年
11期
2050-2055
,共6页
复合流程%能耗%物流%流程工业
複閤流程%能耗%物流%流程工業
복합류정%능모%물류%류정공업
complex process%energy intensity%material flows%process industry
以基准物流图研究法为基础,建立一种能够分析复合流程工业中物流对能耗的影响分析模型.并以某氧化铝厂1999年生产数据为依据,采用该模型分析复合流程中偏离基准物流图的各股物流(包括从外界输入的物流α、回收进行再处理的不合格产品或副产品β以及向外界输出物流γ)对折合比、工序能耗和最终产品综合能耗的影响.
以基準物流圖研究法為基礎,建立一種能夠分析複閤流程工業中物流對能耗的影響分析模型.併以某氧化鋁廠1999年生產數據為依據,採用該模型分析複閤流程中偏離基準物流圖的各股物流(包括從外界輸入的物流α、迴收進行再處理的不閤格產品或副產品β以及嚮外界輸齣物流γ)對摺閤比、工序能耗和最終產品綜閤能耗的影響.
이기준물류도연구법위기출,건립일충능구분석복합류정공업중물류대능모적영향분석모형.병이모양화려엄1999년생산수거위의거,채용해모형분석복합류정중편리기준물류도적각고물류(포괄종외계수입적물류α、회수진행재처리적불합격산품혹부산품β이급향외계수출물류γ)대절합비、공서능모화최종산품종합능모적영향.
Based on the method of standard material flow diagram (SMFD), a model for analyzing the effect of material flows on the energy intensity in complex process industries was established. Based on the statistical data from an alumina refinery plant in 1999 with Bayer complex process, the effect of each material flows deviating from SMFD (including input material from surrounding α, recycle unqualified and waste product for retreatment β and output wastes to the surrounding γ) on the product ratio, unit process energy intensity and energy intensity of the final product in complex process industries can be analyzed clearly using this model.