Enhanced Plume Rise due to Closely Spaced Stacks

机译：紧密排列的烟囱提高了羽状物的上升

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This paper summarizes the results of a research study conducted to quantify the benefits of ganging (i.e., placing individual stacks next to one another) exhaust stacks to increase the throw or rise of exhaust plumes, thereby reducing adverse air quality impacts without directly combining multiple exhausts. The research used wind tunnel modeling to develop a data base of plume rise observations for various ganged stack configurations. The plume rise measurements were analyzed to determine a plume rise enhancement factor based on the relative positions of the ganged stacks. The results of this research can used to optimize the layout of ganged stacks such that the maximum plume rise can be achieved for all wind directions.

机译：本文总结了一项研究研究的结果，该研究旨在量化组合（即，将单个烟囱彼此相邻放置）排气烟囱增加排气烟流的产生或上升的好处，从而在不直接合并多个排气的情况下减少不利的空气质量影响。该研究使用风洞模型来开发各种成堆烟囱构型烟羽上升观测的数据库。分析羽状上升测量值，以基于成组烟囱的相对位置确定羽状上升增强因子。这项研究的结果可用于优化组合式烟囱的布局，以便在所有风向都可以实现最大的羽流上升。

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《AWMA's (Air Waste Management Association) annual conference exhibition》|2008年|p.1-15|共15页
会议地点 Portland OR(US)
作者
Ronald L. Petersen; Jeffrey D. Reifschneider;
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CPP Inc. 1415 Blue Spruce Drive Fort Collins Co 80524;

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4. Enhanced Plume Rise due to Closely Spaced Stacks [C] . Ronald L. Petersen, Jeffrey D. Reifschneider Air Waste Management Association Annual Conference Exhibition . 2008

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Enhanced Plume Rise due to Closely Spaced Stacks

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