波特兰水泥最大可实现控制技术(PCMACT)的CEMS策略

A. Edwards, S. Nielson
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引用次数: 0

摘要

本文将讨论我公司为应对不断变化的波特兰水泥有害空气污染物国家排放标准(PC NESHAP),也称为波特兰水泥最大可实现控制技术(PC MACT),要求和合规日期所采取的策略。新规定要求对汞、颗粒物、总碳氢化合物排放和盐酸进行持续监测。该公司采取的策略是在2013年9月的合规日期之前安装设备,并利用任何额外的时间来改进技术。这些设施分别于2012年秋季和2013年初投入使用。本文讨论了用于设计和安装各种连续排放监测系统(CEMS)的过程,安装后的经验教训,以及在性能规范尚未完全制定或技术尚未商业化的情况下,工业如何试图遵守法规的发展。
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CEMS strategy for portland cement maximum achievable control technology (PCMACT)
This paper will discuss the strategy taken by our Company in response to the ever-changing Portland Cement National Emission Standards for Hazardous Air Pollutants (PC NESHAP), also known as the Portland Cement Maximum Achievable Control Technology (PC MACT), requirements and compliance dates. The new regulations called for continuous monitoring for mercury, particulate matter, total hydrocarbon emissions, and hydrochloric acid. The company took the strategy to install equipment in anticipation of a September 2013 compliance date and use any additional time that might become available to refine techniques. These installations were being commissioned in the fall of 2012 and early in 2013. This paper discusses the process utilized to design and install various continuous emissions monitoring systems (CEMS), lessons learned since the installations, and developments in how industry is attempting to comply with regulations where the Performance Specifications still are not fully developed, or the technology is not commercially available to demonstrate compliance.
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