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New Hybrid Technology for Fast Laser Gas Analysis in High Dust Processes

机译:高粉尘过程中快速激光气体分析的新型混合技术

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A gas analysis system for high dust applications was successfully tested at a cement plant at the exit of a dedusting cyclone. The response time was 5 s in a process gas stream with up to 200 g/m3 of dust. The test employed a new hybrid gas analysis solution that combines in situ and extractive gas analysis technologies. The test confirmed that a hybrid gas analysis system can provide a reliable and rapid measurement response which is critical in process streams with potentially explosive or toxic gases. The rapid response provides improved operational safety and can enable less conservative process interlock levels. This can reduce the process upsets caused by interlock trips, particularly where gases such as CO, CH4 and NH3 are involved. It will also provide operators with a larger operational window for combustible management which is especially beneficial with Refuse-Derived Fuels (RDF) and tighter process control in Selective Non-Catalytic Reduction (SNCR) dosing operations.
机译:用于高粉尘应用的气体分析系统在除尘旋风分离器出口的水泥厂成功测试。响应时间为5秒,在工艺气流中,高达200克/米 3 灰尘。该试验采用新的混合气体分析解决方案,其原位和萃取气体分析技术结合。该测试证实,混合气体分析系统可以提供可靠且快速的测量响应,这在具有潜在爆炸性或有毒气体的过​​程流中是至关重要的。快速响应提供了改进的操作安全性,可以实现更少保守的过程互锁水平。这可以减少由互锁旅行引起的过程扰乱,特别是在诸如CO,CH的气体 4 和nh. 3 参与其中。它还将提供具有更大的操作窗口的操作员,可燃管理尤其有益于拒绝衍生的燃料(RDF)和在选择性非催化还原(SNCR)给药操作中的更紧密的过程控制。

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