摘要
论文以某100万吨/年焦化项目为例,分析其在不同地形和风速参数条件下苯并芘排放量,预测不同条件下距离焦炉炉体中心-1000～1000米范围内各网格点的苯并芘超标概率,最终得出风速、地形参数对苯并芘浓度超标概率的影响.
The emission load of benzopyrene （ B （a） P） in a 1 million tons/year coking project under different parameters, such as： topography and air speed, has been analyzed in this paper. The B （a）P exceeding probability of each grid point in the scope of - 1000 - 1000m with the coke oven as centre has been predicted under different conditions. Finally the influence of different parameters, topography and air speed, on B （a）P exceeding probability is acquired.
出处
《环境与可持续发展》
2014年第3期177-179,共3页
Environment and Sustainable Development
关键词
焦化行业
苯并芘
厂界达标
预测
coking industry
benzopyrene （B （a）P）
standard limited in factory
predict
