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    • 5. 发明专利
    • Deaerator
    • 除氧器
    • JPS59154109A
    • 1984-09-03
    • JP2770683
    • 1983-02-23
    • Hitachi Eng Co LtdHitachi Ltd
    • OGAWA TAKEOSONODA MASANOBUKONNO YASUHIRO
    • B01D19/00
    • PURPOSE: To obtain a deaerator enabling the sharp reduction of equipment and keeping the same deaeration effect as the existing method by utilizing effectively Henry's law in mechanical deaeration.
      CONSTITUTION: The deaerator is composed of a tank 1 opened to the air and a gaseous nitrogen supplying device 2. Gaseous nitrogen supplied from the gaseous nitrogen supplying device 2 is controlled to a specified flow rate by a flow rate control valve 3, is injected into the tank 1 from a gaseous nitrogen supplying header 4 to deaerate the feed water in the tank 1 by bubbling. The gaseous nitrogen in the vapor phase of the tank is discharged to the open air through a vent pipe 5 together with the supply from the gaseous nitrogen supplying device. By providing a down part to the vent pipe, the vent pipe is filled with gaseous nitrogen having smaller sp. gr. than the air, and the inflow of air is prevented.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:通过有效地利用亨利的机械除气法,获得一个能够大幅度减少设备并保持与现有方法相同的除气效果的除气器。 构成:除气器由向空气开放的罐1和氮气供给装置2构成。从气态氮供给装置2供给的气态氮通过流量控制阀3被控制到规定的流量,注入 来自气态氮气供应头4的罐1通过鼓泡使罐1中的给水脱气。 罐的气相中的气态氮与来自气态氮供应装置的供应通过排气管5排放到露天。 通过向通气管提供下降部分,排气管充满具有较小sp的气态氮。 克。 空气流入,防止空气流入。
    • 6. 发明专利
    • Steam condensation device
    • 蒸汽冷凝装置
    • JPS5762389A
    • 1982-04-15
    • JP13585380
    • 1980-10-01
    • Hitachi Eng Co LtdHitachi Ltd
    • MIZUNO HIROYUKISONODA MASANOBU
    • F22B37/50F22B37/48F28B3/04G21D1/02G21D5/06
    • Y02E30/40
    • PURPOSE: To provide an effective cooling and highly efficient recovery of a drain of high temperature and high pressure from a steam load by a method wherein a pure water is injected into a pipe for use in transporting drain of high temperature and high pressure after the steam load in the BWR nuclear power plant and then the drain is cooled to be condensed.
      CONSTITUTION: Pure water in the pure water tank 9 is injected from the injector device A through a pressure increasing pump 14, a flow rate control valve 15 and a pure water supplying pipe 10 into a piping 3 for transporting the drain of high temperature and high pressure out of the stem load. Then, the drain of high temperature and high pressure is mixed with pure water and cooled to be condensed, and finally recovered into the drain recovery tank 7. In this way, it is possible to provide a highly efficient recovery of drain of high temperature and high pressure.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:通过以下方法提供高温和高压排水的有效冷却和高效回收,其中将纯水注入用于输送高温高压蒸汽的管道中,蒸汽 在BWR核电站中负载,然后冷却冷凝水。 构成:纯水槽9中的纯水通过增压泵14,流量控制阀15和纯水供给管10从注射装置A注入到用于输送高温高 压力超出阀杆负荷。 然后,将高温高压排水与纯水混合并冷却冷凝,最后回收到排水回收罐7中。这样可以高效地回收高温排水, 高压力。
    • 8. 发明专利
    • Waste liquid concentrator
    • 废液浓缩器
    • JPS5771686A
    • 1982-05-04
    • JP14838380
    • 1980-10-24
    • Hitachi Eng Co LtdHitachi Ltd
    • SONODA MASANOBUSHIRAISHI TADASHIMORITA RIYUUICHIOGAWA TAKEO
    • B01D1/28B01D1/26C02F1/04G21F9/00G21F9/08
    • PURPOSE: To contrive to utilize energy effectively by a method wherein a heating means for heating the steam generated in a heating drum and a means for directing the heated steam from the heating means to the heating drum are provided, in the titled concentrator wherein a heating drum and an evaporator are connected to each other by a closed-loop piping.
      CONSTITUTION: In a concentrator for a waste liquid, particularly for the ratioactive waste water in a nuclear power plant, the steam coming out from a gas-liquid separator 4 after being generated in the evaporator 1 is compressed to a desired pressure by a compressor 17. Due to the heat generated at the time of compression, the steam is converted into a superheated steam of a high temperature. The superheated steam is fed into the heating drum 2, where it gives heat to the waste liquid being circulated, so that a concentrating and heating operation is conducted continuously. Upon giving heat to the waste liquid in the drum 2, the superheated steam is condensed to a liquid, the condensate is fed to a condensate cooler 18, where it is cooled by cooling water to a target temperature for recovery and it is recovered through an outlet port 22 as water for the plant.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:通过一种方法来设计有效地利用能量,其中提供了用于加热在加热鼓中产生的蒸汽的加热装置和用于将加热的蒸汽从加热装置引导到加热鼓的装置,其中加热 鼓和蒸发器通过闭环管道相互连接。 构成:在用于废液的浓缩器中,特别是用于核电站中的比例活性废水的浓缩器中,在蒸发器1中产生的从气液分离器4出来的蒸汽被压缩机17压缩到所需压力 由于在压缩时产生的热量,蒸汽被转换成高温的过热蒸汽。 将过热蒸汽送入加热鼓2,在该加热滚筒2中对循环的废液进行加热,从而连续进行浓缩加热运转。 在对滚筒2中的废液进行加热的同时,将过热蒸汽冷凝成液体,将冷凝物送入冷凝器冷却器18,冷却水由冷却水冷却至目标温度以进行回收,并通过 出口22作为工厂的水。
    • 9. 发明专利
    • COMPRESSED AIR DEVICE FOR ATOMIC POWER PLANT
    • JPH0275999A
    • 1990-03-15
    • JP22667088
    • 1988-09-12
    • HITACHI LTDHITACHI ENG CO LTD
    • SONODA MASANOBU
    • G21D1/00
    • PURPOSE:To effectively utilize air reservoirs for backwash as an emergency air source by providing by-pass pipes for reverse air flows between the air reservoirs for backwash and an on-site compressed air system side. CONSTITUTION:This compressed air device is composed of each air reservoir 4-6 for backwash, by-pass pipes 23 for reverse air flow, reverse flow valve 22, and pressure setter 24 which sends a signal for automatically opening the valve 22 upon detecting the abnormal pressure drop of an on-site air compressor 1. Since the valve 22 is opened and closed by means of the pressure-high and pressure-low signal of the setter 24, the valve 22 is closed at th time of normal operation when the pressure is high and is automatically operated only when the pressure of the compressor 1 abnormally drops. Since the pipes 23 are provided on the downstream side of a check valve 8 or directly connected with the air reservoirs 4-6, the air in the air reservoir 4-6 does not move to the compressor 1 side due to the valve 8 during the normal operation. Therefore, the air in the reservoirs 4-6 can be utilized effectively at the time of abnormality, since air can be made to reversely flow through the valve 22 only when the pressure of the system abnormally drops.