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Odour emission estimates and control strategies using models and sampling for East Bay Municipal Utility District's collection sewage system and wastewater treatment plant

机译:使用模型和样本对东湾市政公用事业区的收集污水系统和废水处理厂进行气味排放估算和控制策略

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摘要

For several years, public complaints regarding odours generated by East Bay Municipal Utility District's (EBMUD's) wastewater treatment plant and sewage collection system (SCS) have been increasing. In response, an Odor Control Master Plan was completed to develop near- and long-term odour abatement strategies for their wastewater system. The plan's strategies include using an advisory committee to assist in setting odour threshold levels, prioritizing odour sources, issuing an odour-status newsletter, and reviewing odour control options. The objective is to provide an odour-free community environment at least 99 percent of the year. This paper provides innovative approaches to estimate odour emissions and identify viable odour control options for SCSs through complete wastewater treatment. This paper also presents a CH2M HILL SCS odour model comparison to a comprehensive EBMUD sewage system corrosion study, illustrating that areas having high predicted odours also have high corrosion rates. [References: 3]
机译:几年来,有关东湾市政公用事业区(EBMUD)的废水处理厂和污水收集系统(SCS)产生的气味的公众投诉一直在增加。作为回应,完成了气味控制总体计划,以开发其废水系统的近期和长期气味消除策略。该计划的策略包括使用咨询委员会来协助设置气味阈值水平,确定气味来源的优先级,发布气味状态新闻简报以及审查气味控制选项。目标是至少一年中提供无异味的社区环境。本文提供了创新的方法来估算气味排放并通过完整的废水处理为SCS确定可行的气味控制方案。本文还提出了CH2M HILL SCS气味模型与全面的EBMUD污水系统腐蚀研究的比较,表明具有较高预测气味的区域也具有较高的腐蚀速率。 [参考:3]

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