Device for protecting the environment of a tank against failures thereof
    152.
    发明授权
    Device for protecting the environment of a tank against failures thereof 失效
    用于保护坦克的环境以防止其故障的装置

    公开(公告)号:US3770158A

    公开(公告)日:1973-11-06

    申请号:US3770158D

    申请日:1971-10-29

    Applicant: TECHNIGAZ

    Inventor: ALLEAUME J

    Abstract: A device for protecting the environment of a storage tank against failures thereof, said tank containing liquefied gas at low temperature and at a pressure about atmospheric pressure and being housed in a heat-insulated compartment of a ship hold, said device comprising a fluid-tight, concave dished structure forming a reduced secondary barrier arranged below and about the lower portion of said tank.

    Abstract translation: 一种用于保护储罐的环境免受其故障的装置,所述罐在低温和大气压力附近包含液化气体并且被容纳在船舱的绝热隔室中,所述装置包括流体密封 形成减小的二级阻挡层的凹形凹形结构,其布置在所述罐的下部并围绕所述罐的下部。

    Fixed fluid-tight tank or the like and method of constructing same
    153.
    发明授权
    Fixed fluid-tight tank or the like and method of constructing same 失效
    固定流体油罐或类似物及其构造方法

    公开(公告)号:US3511003A

    公开(公告)日:1970-05-12

    申请号:US3511003D

    申请日:1966-09-15

    Applicant: TECHNIGAZ

    Inventor: ALLEAUME JEAN

    Abstract: 1,155,116. Liquefied gas storage containers. TECHNIGAZ. 19 Sept., 1966 [22 Sept., 1965], No. 41704/66. Heading F4P. The fluid-tight inner vertical cylindrical shell 13, Fig. 1, of a heat insulated double-walled liquefied gas container and having a top 22 and generally flat bottom 21 is constructed of flexible sheet metal plates welded at their overlapping edges and having a first group of spaced parallel corrugations intersected at right angles by a second group of similar corrugations, and the inner shell is secured at spaced points to the external shell 2 by brackets 47, Fig. 7, extending through the heat insulation 14 between the two shells; the outer cylindrical shell which may be of steel or concrete having a flat bottom 3 resting on a prepared earth base 4. The first group of corrugations 16 of the lateral cylindrical wall 17 of the shell 13 extend continuously and vertically whilst the corrugations 18 of the second group extend round circumference of wall 17. The first group of corrugations of the base 21 comprise alternate radially extending corrugations 23, 23 1 which divide the base into sectors 24 and those sectors on either side of a corrugation 23 1 have further continuous corrugations 25 parallel thereto but of differing lengths and are intersected at right angles by parallel corrugations 26 which form the second group. The roof 22 of shell 13 is similarly constructed and all corrugations project inwardly. The bracket 47 shown in Fig. 7 comprises four radial ribs welded at one end to a steel plate 50 embedded in the concrete wall of shell 2 and secured at the other end of a screw 52 to the shell 13. A modified bracket shown in Fig. 11 comprising a tube 60 welded at its outer end to a steel plate 50 and closed at its inner end by a plate 62 carrying a stud 63 which projects through the shell 13 and secured by a nut 66. The heat insulation 14 comprises panels 58, 59 of rigid expanded polyurethane or expanded polyvinylchloride. A central orifice 28 in the roof of the container is closed by a plate 29 having filler pipes 32 and a manhole 31.

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