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    내부식성이 강화된 초임계수 산화반응기
    60.
    发明公开
    내부식성이 강화된 초임계수 산화반응기 失效
    具有增强耐腐蚀性的超临界氧化反应器，以提高反应完成水的冷却效率

    公开(公告)号：KR1020040097441A

    公开(公告)日：2004-11-18

    申请号：KR1020030029738

    申请日：2003-05-12

    Applicant: 한국과학기술연구원

    Inventor： 황경엽 ,  이윤표 ,  나인욱 ,  조복희 ,  이현철 ,  최광호 ,  이승길

    IPC: C02F1/72

    CPC classification number: B01J3/008 ,  Y02P20/544

    Abstract: PURPOSE: To increase the cooling efficiency of reaction-completed water to be discharged and the pre-heating effect of materials to be treated by performing heat-exchange between the inflown materials to be treated and a high-temperature part. CONSTITUTION: The reactor comprises an outer pipe (101) having an closed upper end part (113) and a sealing (112), a heater (105) heating the inside of the outer pipe not less than the temperature of supercritical state, a cooling pipe (116) coupled to the lower end of the outer pipe and having an open upper end part and a closed lower end part (115), an inner pipe (102) having an open upper end part placed in the inner space of the upper side of the outer pipe and an open lower end part perforating the lower end part of the outer pipe through the open upper end part to be extended to the upper side of the cooling pipe, a first reaction material inlet (103) perforated through the lower part of the outer pipe and providing an inflow path when a first reaction material to be supercritically oxidized is flown in a space between the outer pipe and the inner pipe, a second reaction material inlet (104) perforated through the upper end part of the outer pipe and providing an inflow path when a second reaction material to be supercritically oxidized is flown in the upper part of the inner pipe, a cooling water inlet (107) perforating the cooling pipe, a neutralizing agent inlet (108) perforating the cooling pipe and an outlet (110) perforating the closed lower end part of the cooling pipe.

    Abstract translation: 目的：提高待排出的反应完成的水的冷却效率和通过进行待处理的流入材料与高温部件之间的热交换来处理的材料的预热效果。 构成：反应器包括具有封闭的上端部（113）和密封件（112）的外管（101），加热器（105），其加热外管的内部不低于超临界状态的温度，冷却 管（116），其连接到所述外管的下端并具有敞开的上端部和闭合的下端部（115），内管（102），其具有放置在所述上​​管的内部空间中的敞开的上端部 外开口的下端部和穿过开口的上端部的外管的下端部的开放下端部延伸到冷却管的上侧，穿过下部的第一反应材料入口（103） 外管的一部分，并且当第一反应材料被超临界氧化时，在外管和内管之间的空间中流动，并且在穿过外管和内管之间的空间中提供流入路径;第二反应材料入口（104）穿过外管的上端部 管道并提供流入路径 第二反应材料被超临界氧化，在内管的上部流动，穿过冷却管的冷却水入口（107），穿过冷却管的中和剂入口（108）和穿过冷却管的出口（110） 封闭冷却管的下端部分。

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