CRYOGENIC LIQUID STORAGE TANK
    161.
    发明申请
    CRYOGENIC LIQUID STORAGE TANK 审中-公开
    低温液体储存罐

    公开(公告)号:WO2010082833A1

    公开(公告)日:2010-07-22

    申请号:PCT/NO2010/000016

    申请日:2010-01-15

    Inventor: SKOVHOLT, Otto

    Abstract: A cryogenic liquid storage tank comprising - a base plate (2,5) and side wall (3) extending upwardly, - the base plate (2) and side wall (3) comprising an outer leaf (3b) enveloping an inner leaf (3a), both forming structurally continuous transitions from the base plate (2) to the side wall (3), - the outer leaf (3b) part of the base plate (2) comprising a lower, outer leaf concrete bottom plate (5) on a substrate, - the bottom plate (5) continuous with an outer leaf reinforced concrete layer (50) of the outer side wall (3b), the outer leaf concrete layer (50) hoop stress reinforced, - an inward surface of the bottom plate (5) and concrete layer (50) of the outer leaf (3b) lined with a continuous outer leaf metallic membrane (6, 51), - a bottom insulation layer (7) arranged above the outer leaf metallic membrane (6) on the bottom plate (5), the bottom insulation layer (7) formed continuous with a wall insulation (14i) filled in an annular cavity (14) between the inner face of the outer leaf (3b) and an outer face of the inner leaf (3a), - the inner leaf (3a) comprising an inner leaf concrete bottom layer (8) on the bottom insulation portion (7), the bottom layer (8) formed structurally continuous with a hoop stress reinforced inner leaf wall outer concrete layer (11), both lined with a continuous inner leaf metal membrane (9, 12), - the inner leaf metal membrane (9, 12) lined with an inner leaf inner concrete layer (10, 13), - the outer outer concrete wall (50) supporting an insulated dome structure (4).

    Abstract translation: 一种低温液体储罐,包括:底板(2,5)和向上延伸的侧壁(3),所述基板(2)和侧壁(3)包括包围内叶(3a)的外叶(3b) ),两者都从基板(2)到侧壁(3)形成结构上连续的过渡, - 底板(2)的外部叶片(3b)部分包括下部外部叶片混凝土底板(5) 底板, - 与外侧壁(3b)的外侧叶片加强混凝土层(50)连续的底板(5),外侧叶片混凝土层(50)加强箍箍, - 底板的内表面 (5)和外部叶片(3b)的混凝土层(50),其内衬有连续的外部叶片金属膜(6,51), - 底部绝缘层(7),其布置在所述外部叶片金属膜 底板(5),底部绝缘层(7)与填充在环形空腔(14)中的壁绝缘体(14i)连续形成,所述环形空腔(14)位于外部 叶片(3b)和内叶片(3a)的外表面, - 内叶片(3a)包括在底部绝缘部分(7)上的内叶混凝土底层(8),底层(8)在结构上形成 连续施加环箍应力增强内叶墙外混凝土层(11),两者都内衬连续的内叶金属膜(9,12), - 内叶金属膜(9,12)内衬内层内混凝土层 (10,13), - 外部外部混凝土壁(50),其支撑绝缘的圆顶结构(4)。

    GASSPEICHER
    163.
    发明申请
    GASSPEICHER 审中-公开
    储气库

    公开(公告)号:WO2009132371A1

    公开(公告)日:2009-11-05

    申请号:PCT/AT2009/000176

    申请日:2009-04-30

    Inventor: VERWANGER, Peter

    Abstract: Gasspeicher (10) mit einem inneren Gasspeicher-Sack (29), der einen mit Gas befüllbaren Gasspeicherraum (12) ausbildet, und einer den Gasspeicher-Sack (29) bereichsweise umgebenden Außenmembran (1), wobei der Gasspeicher-Sack (29) und die Außenmembran (1) gegenüber einer Bodenfläche (4) festgelegt sind, wobei der Gasspeicher-Sack (29) an seiner Außenseite zumindest eine Lasche (20, 20', 20", 20"', 20"", 20'"") aufweist, welche zumindest teilweise gemeinsam mit einem Randbereich der Außenmembran (1) geklemmt ist, und dass die gemeinsame Klemmung gegenüber der Bodenfläche (4) fixiert ist.

    Abstract translation: 气体储存器(10)具有内部气体储存袋(29),其形成气体填充该气体贮存室(12),和一个气体储存袋(29)部分地包围外膜(1),其中所述气体储存袋(29)和 外膜(1)相对的底部表面(4)是固定的,其中在其外侧上的气体储存袋(29),至少一个翼片(20,20”,20”,20" '20 “”,20' “”) 已,即至少部分地共同夹紧与外膜(1)的边缘区域中,并且抵靠底部表面(4)的接合夹持固定。

    System and method for offshore offloading and regasification of LNG
    168.
    发明申请
    System and method for offshore offloading and regasification of LNG 审中-公开
    LNG离岸卸载再气化系统及方法

    公开(公告)号:WO2006088371A1

    公开(公告)日:2006-08-24

    申请号:PCT/NO2006/000057

    申请日:2006-02-13

    Abstract: A system is provided for offshore offloading and regasification of LNG from an LNG tanker (1), which system is connected to a natural gas receiving system and includes a plurality of mooring and offloading systems (5) and a plurality of regasification vessels (2), to which mooring and offloading system (5) an LNG tanker is moored, and a regasification vessel (2) is connected to the LNG tanker (1) for offloading regasified LNG into the receiving system, LNG being offloaded from the LNG tanker (1) and regasified via the regasification vessel (2). A method is also provided for offshore offloading and regasification of LNG from an LNG tanker (1) for delivery to a natural gas receiving system, including the steps of: providing a plurality of mooring and offloading systems (5) and a plurality of regasification vessels (2); connecting a regasification vessel (2) to the LNG tanker (1); mooring the LNG tanker (1) to the mooring and offloading system (5); connecting the regasification vessel (2) to the mooring and offloading system (5); offloading LNG onto the regasification vessel (2) from the LNG tanker (1); regasifying LNG in the regasification vessel (2); and offloading LNG into the receiving system from the regasification vessel (2). The system and the method permit the use of standard LNG tankers without any modification.

    Abstract translation: 提供一种用于从LNG罐车(1)离岸卸载和再气化LNG的系统,该系统连接到天然气接收系统,并且包括多个系泊和卸载系统(5)和多个再气化容器(2) ,停泊和卸载系统(5),LNG罐车停泊在该系统和卸载系统(5)上,并且再气化容器(2)连接到LNG罐车(1),用于将再分配的LNG卸载到接收系统中,LNG从LNG罐车(1 ),并通过再气化船(2)进行再生化。 还提供了一种从用于输送到天然气接收系统的LNG罐车(1)的LNG离岸卸载和再气化的方法,包括以下步骤:提供多个系泊和卸载系统(5)和多个再气化容器 (2); 将再分配容器(2)连接到LNG罐车(1); 将LNG罐车(1)系泊到系泊和卸载系统(5); 将再气化船(2)连接到系泊和卸载系统(5); 从LNG罐车(1)将LNG卸载到再气化器(2)上; 在再气化容器(2)中再气化LNG; 并且从再气化器皿(2)将LNG卸载到接收系统中。 该系统和方法允许使用标准LNG罐车而不作任何修改。

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