Modelling of groundlevel particulate concentration from an industrial chimney

N. E. Nwaiwu, S. Kwaghe
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引用次数: 0

Abstract

Increase in demand for cement has been created as a result of rapid industrialization. Cement production is not without its environmental pollution problems. The pollutants released in a cement industry include oxides of nitrogen, and sulphur, and particulates and volatile organic compounds. Elevated particulate concentrations in conjunction with oxides of sulphur is responsible for rises in respiratory tract diseases. To easily predict maximum ground level particulate concentrations in the atmosphere,models have been generated in this work. Six models having coefficient of determination (r 2 ) values ranging between 0.9735 to 0.9976 have been developed for a range of weather conditions for predicting maximum ground level particulate concentrations as a function pf chimney height. Keywords : particulates, cement industry, maximum ground level concentration, gaussian plume model Global Journal of Environmental Sciences Vol. 4(2) 2005: 147-149
工业烟囱地面颗粒物浓度模拟
快速工业化造成了对水泥需求的增加。水泥生产并非没有环境污染问题。水泥工业排放的污染物包括氮氧化物、硫氧化物、微粒和挥发性有机化合物。微粒浓度升高加上硫的氧化物是呼吸道疾病增加的原因。为了容易地预测大气中最大的地面颗粒浓度,在这项工作中产生了模型。已经开发了六个模型,其决定系数(r2)值在0.9735至0.9976之间,用于预测作为烟囱高度函数的最大地面颗粒物浓度。关键词:颗粒,水泥工业,最大地面浓度,高斯羽流模型。环境科学学报,Vol. 4(2) 2005: 147-149
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