DIRECT CONTACT TYPE CONDENSING DEVICE

To reduce the influence of air dissolved in cooling water for cooling a condenser.SOLUTION: A direct contact type condensing device includes a condenser 101, a condensate returning pipe, a circulation water pump, a cooling tower, and a cooling water supply pipe 161. The condenser 101 includes: a turbin exhaust inlet part where turbine exhaust flows; a condenser body shell 112; a cooling water spraying part 120 for supplying cooling water to an internal space 112s and spraying it; a condenser water chamber 130; and an exhaust pipe 134 connected to an upper part of the condenser water chamber 130. The condenser water chamber 130 has a water chamber shell 131 and a partition plate 132 for forming a flow passage inside, is mounted on the outside of the condenser body shell 112, and receives and holds the cooling water to be supplied to the cooling water spraying part 120. The water chamber shell 131 and the partition plate 132 constitute a pressure adjustment part 200 which adjusts the pressure of the cooling water in the condenser water chamber 130 to the pressure at which the air dissolved in the cooling water is deposited.SELECTED DRAWING: Figure 3 【課題】復水器の冷却用の冷却水に溶存する空気の影響を低減させる。【解決手段】実施形態によれば、直接接触式復水装置は、復水器１０１、復水戻り管、循環水ポンプ、冷却塔と、冷却水供給管１６１を備える。復水器１０１は、タービン排気が流入するタービン排気入口部と、復水器本体胴１１２と、その内部空間１１２ｓに冷却水を供給し散布する冷却水散布部１２０と、復水器水室１３０と、復水器水室１３０内の上部に接続される排気管１３４とを具備する。復水器水室１３０は、水室胴１３１およびその内部に流路を形成する仕切り板１３２を有し、復水器本体胴１１２の外側に取り付けられ冷却水散布部１２０に供給される冷却水を受け入れて保持する。水室胴１３１および仕切り板１３２とは、復水器水室１３０内の冷却水の圧力を、冷却水に溶解する空気が析出する圧力に調整する圧力調整部２００を構成する。【選択図】図３