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Multielemental analysis of an industrial source emission by nuetron activation analysis : A case study of a palm-oil mill plant

机译:通过中子活化分析对工业源排放物进行多元素分析:以棕榈油厂为例

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摘要

The concentrations of 29 elements in palm-oil mill boiler flyash emitted from a mixed fiber and shell fired-fuel palm-oil mill plant were measured using a instrumental neutron ectivation analysis (INAA). Two separate sample of flyash 1) flyash retained bt theparticulate arrestor and 2) stack-ash emission collected downstream of the boiler were studied.ududResult showed that potentially volatile elements (As, Ba, Cl, Co, Cr, Cs, Sb, Rb and Zn) were enriched in the stack-ash emission as compared to retained-ash. Gallium, K and Na were intermediately enriched and Al, Ca, Ce, Eu, Fe, La, Lu, Mn, Sc, Sm, Th, Ti, V and Yb showed equally concentrated in both samples. Study suggests that the INAA can serve as an important analytical tool in elemental pollution studies from an industrial source emission.ud
机译:使用仪器中子散射分析(INAA)测量了混合纤维和壳式燃料棕榈油磨粉机工厂排放的棕榈油磨粉机锅炉飞灰中29种元素的浓度。粉煤灰的两个单独样品1)研究了粉煤灰保留的bt颗粒捕集器,以及2)锅炉下游收集的烟灰排放。 ud ud结果显示潜在的挥发性元素(As,Ba,Cl,Co,Cr,Cs,Sb (Rb和Zn)与残留灰分相比,其堆积灰分排放更为丰富。镓,钾和钠的含量中等,两个样品中的铝,钙,铈,Fe,Eu,铁,镧,Lu,锰,Sc,S,S,钛,钒和Y的浓度均相等。研究表明,INAA可以作为工业来源排放物进行元素污染研究的重要分析工具。 ud

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