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    • 21. 发明授权
    • Method of building double walled storage tanks
    • 建筑双层储罐的方法
    • US5259895A
    • 1993-11-09
    • US830356
    • 1992-01-31
    • Bruce R. Sharp
    • Bruce R. Sharp
    • B65D90/24B65D90/50G01M3/32B32B17/04
    • G01M3/32B65D90/24B65D90/503Y10T29/49879
    • A method of making a storage tank comprises forming a cylindrical-shaped inner tank with support ribs and forming an outer wall comprised of a series of sections which are at least partially separated from the inner tank's walls between each set of support ribs. Each outer wall section is bonded to the top areas of the walls of the support ribs. The inner and outer walls of the system are both strengthened by the dual side wall support ribs. Secondary containment is provided by the outer wall. A monitored storage tank system is provided by the use of a leak detection means to monitor the closed space defined by the rib interiors, the outer wall and the inner tank wall.
    • 一种制造储罐的方法包括:形成具有支撑肋的圆柱形内槽,并形成由一系列部分组成的外壁,所述两个部分在每组支撑肋之间至少部分地与内罐的壁分离。 每个外壁部分结合到支撑肋的壁的顶部区域。 系统的内壁和外壁均通过双侧壁支撑肋加强。 二次安全壳由外壁提供。 通过使用泄漏检测装置来监测由肋内部,外壁和内罐壁限定的封闭空间来提供监测的储罐系统。
    • 24. 发明授权
    • Method of building double walled fibrous reinforced resinous storage
tanks with common rib supports
    • 建立具有普通肋支撑的双层纤维增强树脂储罐的方法
    • US5102481A
    • 1992-04-07
    • US658548
    • 1991-02-21
    • Bruce R. Sharp
    • Bruce R. Sharp
    • B65D90/24B65D90/50G01M3/32
    • B65D90/503B65D90/24G01M3/32Y10T29/49879Y10T428/13
    • A method of making a storage tank comprises forming a cylindrical-shaped inner tank with integral support ribs and forming an outer wall comprised of a series of sections which are at least partially separated from the inner tank's walls between each set of support ribs. Each outer wall section is bonded to side walls of adjacent ribs at a distance of less than about 90% of the height of the support ribs such that the ribs protrude from the outer surface of the storage tank system. The inner and outer walls of the system are both strengthened by the common support ribs. Secondary containment is provided by the outer wall. A monitored storage tank system is provided by the use of a leak detection means to monitor the closed space defined by the rib interiors, the outer wall and the storage tank.
    • 一种制造储罐的方法包括形成具有整体支撑肋的圆柱形内箱,并形成由一系列部分组成的外壁,所述两个部分在每组支撑肋之间至少部分地与内罐壁间隔开。 每个外壁部分以相对于支撑肋的高度的约90%的距离结合在相邻肋的侧壁上,使得肋从储罐系统的外表面突出。 系统的内壁和外壁都通过公共支撑肋加强。 二次安全壳由外壁提供。 通过使用泄漏检测装置来监测由肋内部,外壁和储罐限定的封闭空间来提供监测的储罐系统。
    • 28. 发明授权
    • Protective steel membrane system and method of erection for secondary containment for an above ground storage tank
    • 保护钢膜系统及其上部储罐二次安全壳的安装方法
    • US07946439B1
    • 2011-05-24
    • US12100191
    • 2008-04-09
    • John R. ToscanoMichael Crabb
    • John R. ToscanoMichael Crabb
    • B65D90/04G01M3/02
    • B23K31/02B65D90/50B65D90/503G01M3/223G01M3/225Y10T29/49719
    • An efficient, cost-saving system and method of designing, installing, testing, and monitoring a secondary containment system for new and existing Above Ground Storage Tanks (ASTs) that is comprised of a protective steel membrane for the floor of the tank, including the floor-to-wall juncture, and the lower portion of the tank shell such that the steel membrane creates one or more interstitial zones between the steel membrane and the tank shell. The steel membrane may be installed zone by zone such that the secondary containment system can encapsulate existing tank features by molding itself around the existing contours, such as repair plates, corners, sumps, etc. Furthermore, a unique testing method using a simple electronic device is provided for on-site testing of the integrity of the weld seams that may be efficiently used after each zone is installed without requiring that the entire tank be evacuated during the construction of other zones.
    • 一种高效,节省成本的系统和方法,用于设计,安装,测试和监测新的和现有的地面储存罐(AST)的二次密封系统,其包括用于罐底的保护性钢膜,包括 地板到墙壁的接合部和罐壳的下部,使得钢膜在钢膜和罐壳之间产生一个或多个间隙区。 钢膜可以按区域安装,使得二次容纳系统可以通过将现有的轮廓模制成现有的轮廓(例如修补板,角落,水槽等)来封装现有的箱体特征。此外,使用简单的电子装置的独特的测试方法 被提供用于在每个区域安装之后可以有效地使用的焊缝的完整性的现场测试,而不需要在其他区域的构造期间整个箱体被排空。