环境工程技术学报
環境工程技術學報
배경공정기술학보
JOURNAL OF ENVIR0NMENTAL ENGINEERING TECHNOLOGY
2014年
4期
341-345
,共5页
党春阁%周长波%吴昊%宋现财%沈忱%李梓%方刚
黨春閣%週長波%吳昊%宋現財%瀋忱%李梓%方剛
당춘각%주장파%오호%송현재%침침%리재%방강
物质流%重金属%砷%关键环节
物質流%重金屬%砷%關鍵環節
물질류%중금속%신%관건배절
substance flow analysis%heavy metals%arsenic%key link
通过物质流分析方法展示某种元素进出某区域/企业的流动模式,从而评估元素在产品生命周期的某一阶段对工艺、产品和环境产生的潜在影响。介绍了物质流分析方法的研究现状及进展,重点提出重金属元素物质流分析应用方法与步骤,并根据数量、环境、资源经济和影响能力等指标,定量分析和评估重金属元素在生产过程中对工艺、产品和环境产生的影响及结果。以砷元素为研究对象,通过2家涉砷企业的案例,分析生产过程中砷元素的分布、贮存与走向,在此基础上明确了砷污染控制的关键环节和防控方向,为企业实现重金属总量削减、环境改善及清洁生产目标提供依据。
通過物質流分析方法展示某種元素進齣某區域/企業的流動模式,從而評估元素在產品生命週期的某一階段對工藝、產品和環境產生的潛在影響。介紹瞭物質流分析方法的研究現狀及進展,重點提齣重金屬元素物質流分析應用方法與步驟,併根據數量、環境、資源經濟和影響能力等指標,定量分析和評估重金屬元素在生產過程中對工藝、產品和環境產生的影響及結果。以砷元素為研究對象,通過2傢涉砷企業的案例,分析生產過程中砷元素的分佈、貯存與走嚮,在此基礎上明確瞭砷汙染控製的關鍵環節和防控方嚮,為企業實現重金屬總量削減、環境改善及清潔生產目標提供依據。
통과물질류분석방법전시모충원소진출모구역/기업적류동모식,종이평고원소재산품생명주기적모일계단대공예、산품화배경산생적잠재영향。개소료물질류분석방법적연구현상급진전,중점제출중금속원소물질류분석응용방법여보취,병근거수량、배경、자원경제화영향능력등지표,정량분석화평고중금속원소재생산과정중대공예、산품화배경산생적영향급결과。이신원소위연구대상,통과2가섭신기업적안례,분석생산과정중신원소적분포、저존여주향,재차기출상명학료신오염공제적관건배절화방공방향,위기업실현중금속총량삭감、배경개선급청길생산목표제공의거。
Substance Flow Analysis ( SFA) is used to show the flow pattern of an elementary substance as it enters and leaves a region or factory , which can be used to evaluate the impacts of the element on the production processes , products and environment during various processes in product life cycle .The progress and status of SFA methods were comprehensively reviewed , and the methods and procedure for analysis of heavy metals established . The main factors influencing the production processes , products and environment , such as the amount of heavy metal, environmental and economic indicators , were quantitatively analyzed and evaluated .Specifically, focusing on arsenic and with case studies in two enterprises , the distribution , occurrence and tendency of arsenic during the production process were analyzed .On this base , the key links and directions for arsenic control were identified , thus providing guidance for enterprises to realize total amount reduction of heavy metals , improve the environment and cleaner production .