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Comparison of Continuous Opacity Monitor and Method 9 Observations to Triboelectric Broken Bag Detector Signals on an EAF Baghouse

机译:连续不透明度监测仪与方法9在电炉袋滤室中摩擦电破袋检测器信号观察结果的比较

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摘要

Ipsco Steel Inc., Montpelier Works, was interested in replacing the continuous opacity monitor (COM) installed on its EAF/LMF baghouse stack due to New Source Performance Standard (NSPS) requirements. The COM had been a high maintenance device due to high vibrations on the negative pressure baghouse stack. Further, the COM had a documented problem measuring the 3 percent opacity standard applied to the EAF emissions. Bag penetration by sparks in the negative pressure, pulse jet baghouse had been a continuing maintenance problem, and the COM had shown itself to be ineffective as a tool for identifying failed bag compartment locations. When opacity was identified in the stack, the COM provided the operator with no useful information as to emission source. When more than one compartment was involved, successive isolation of individual compartments provided no compartment identification information when using the COM as the emission indicator.To provide operators with a more proactive and useful tool, Ipsco investigated the feasibility of using a broken bag detection system. After a review of broken bag detection system technologies, a triboelectric base system was selected.
机译:由于新源性能标准(NSPS)的要求,蒙彼利埃工厂的Ipsco Steel Inc.对更换安装在其EAF / LMF袋滤室烟囱上的连续不透明度监视器(COM)感兴趣。由于负压布袋除尘器堆栈上的强烈振动,COM一直是高维护设备。此外,COM在测量适用于EAF排放的不透明度为3%的标准时存在记录问题。负压,脉冲喷射袋式除尘器中的火花穿透了袋,这一直是一个持续的维护问题,而COM已证明自己无法有效地识别出故障的袋室位置。当在堆栈中识别出不透明性时,COM不会向操作员提供有关排放源的有用信息。当涉及一个以上的车厢时,使用COM作为排放指示器时,各个车厢的连续隔离不会提供任何车厢识别信息。为了向操作员提供更主动和有用的工具,Ipsco研究了使用破袋检测系统的可行性。在回顾了破袋检测系统技术之后,选择了摩擦电基础系统。

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