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Enhanced Operations and Maintenance of Pollution Control Equipment; Final rept
| 题名： | Enhanced Operations and Maintenance of Pollution Control Equipment; Final rept |
| 作者： | Northrup, J. I.; Ginsberg, M. D.; Baird, J. C. |
| 关键词： | Air pollution control equipment; Computerized simulation; Emission; Queueing theory; Hazards; Air pollution; Models; Industrial production; Army facilities; Environmental impact; Reliability; Ecology |
| 摘要： | Laws and regulations mandate that Army installations monitor emissions from industrial processes, and maintain their processes within emissions standards. Army installations commonly use pollution control equipment (PCE) to monitor emissions, and to stay within regulatory and legal limits. Alternatives to use of PCE include using advanced technologies to detect problem conditions, collecting data to predict and determine the cause of failures, using dynamic modeling techniques to model the system or components that have a higher than expected frequency of failure, and verifying the efficacy of the model with data collected from test runs. This study summarized recent attempts to model large systems by using a model based on queuing theory. By studying the methods being used now for reliability centered maintenance (RCM) and the military's predilection to run-to-failure maintenance, this research has produced a linear program from the queuing model that can help reduce equipment downtime. These recent methods may allow U.S. Army installations to optimize maintenance policy for minimal ecological impact. |
| 总页数： | 58p |
| 报告类型： | 科技报告 |
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