CHLORINE BYPASS EXTRACTION DEVICE, CHLORINE BYPASS FACILITY, CEMENT CLINKER PRODUCTION FACILITY, AND PRODUCTION METHOD OF CEMENT CLINKER
To provide an extraction device capable of reducing accumulation and adhesion of dust, reducing thermal loss of cement kiln, and stabilizing an operation of a chlorine bypass facility.SOLUTION: A chlorine bypass extraction device 90 comprises: an extraction pipe 12 which is coupled to a kiln tail pa...
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Zusammenfassung: | To provide an extraction device capable of reducing accumulation and adhesion of dust, reducing thermal loss of cement kiln, and stabilizing an operation of a chlorine bypass facility.SOLUTION: A chlorine bypass extraction device 90 comprises: an extraction pipe 12 which is coupled to a kiln tail part 52 and/or a rising duct 51 of cement kiln, and extracts a kiln gas 60 from an extraction hole 12a; and a coolant gas introduction part 16 for introducing a coolant gas 62 along a peripheral direction of the extraction pipe. The extraction pipe 12 has a dam shaped member 10 on which a notch 11 is formed at the extraction hole 12a.SELECTED DRAWING: Figure 2
【課題】ダストの堆積及び付着を低減すること、及び、セメントキルンの熱損失を低減することが可能であり、塩素バイパス設備の運転を安定化することが可能な抽気装置を提供すること。【解決手段】塩素バイパスの抽気装置90は、セメントキルンの窯尻52及び/又はライジングダクト51に連結され、抽気口12aからキルンガス60を抽気する抽気管12と、その周方向に沿うように冷却ガス62を導入する冷却ガス導入部16と、を備える。抽気管12は、抽気口12aに切り欠き部11が形成された堰状部材10を有する。【選択図】図2 |
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