CHAMBER, CHLORINE BYPASS FACILITY, CEMENT CLINKER PRODUCTION FACILITY, AND PRODUCTION METHOD OF CEMENT CLINKER

To provide a chamber capable of stabilizing an operation of a chlorine bypass facility.SOLUTION: A chamber 20 is provided on a chlorine bypass in a cement clinker production facility and has a main body part 40 for branching a plurality of gases. The main body part 40 comprises: introduction holes 3...

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Bibliographische Detailangaben
Hauptverfasser: SUEMASU TAKESHI, OBA KOTA
Format: Patent
Sprache:eng ; jpn
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Zusammenfassung:To provide a chamber capable of stabilizing an operation of a chlorine bypass facility.SOLUTION: A chamber 20 is provided on a chlorine bypass in a cement clinker production facility and has a main body part 40 for branching a plurality of gases. The main body part 40 comprises: introduction holes 30A, 32A for introducing an extraction gas 60 and a coolant gas 61; and a plurality of derivation holes 34B, 38B for deriving a mixture gas 62, in which derivation directions d2 and d3 of the mixture gas 62 at the plurality of derivation holes 34B, 38B are different each other. Introduction directions d0, d1 of the extraction gas 60 and the coolant gas 61 from the introduction holes 30A, 32A are different from any of the derivation directions d2, d3 of the mixture gas 62 derived from the derivation holes 34B, 38B.SELECTED DRAWING: Figure 2 【課題】塩素バイパス設備の運転を安定化することが可能なチャンバを提供すること。【解決手段】チャンバ20は、セメントクリンカ製造設備における塩素バイパスに設けられ、複数のガスを分岐させる本体部40を有する。本体部40は、抽気ガス60及び冷却ガス61を導入する導入口30A,32Aと、混合ガス62を導出する複数の導出口34B,38Bとを有し、複数の導出口34B,38Bにおける混合ガス62の導出方向d2,d3が互いに異なっている。導入口30A,32Aからの抽気ガス60,冷却ガス61の導入方向d0,d1は、導出口34B,38Bから導出される混合ガス62の導出方向d2,d3のいずれの方向とも異なる。【選択図】図2