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    • 2. 发明申请
    • A THERMAL STORAGE TANK
    • 一个热存储罐
    • WO2016020893A1
    • 2016-02-11
    • PCT/IB2015/056020
    • 2015-08-07
    • DEANE, David Kenrick
    • DEANE, David KenrickDEANE, Jason Kenrick
    • F24H1/18
    • F24H4/04F24H1/182F24H9/1809F28D1/0472F28D20/0034F28D20/0043F28F9/001F28F9/013F28F2009/004F28F2280/00Y02E60/142
    • The invention related to a not water storage tank (1) which is erected from modular sidewall panels (3) that are made by injecting polyurethane as insulation between two metal sheets which include at least one elongate reinforcing member that is embedded in the polyurethane and extends from a top to a bottom edge. The sheets are bent to form tongue (6) and groove (7) engaging formations for connecting side edges of the panels (3). The sheets are spaced apart at the tongue (6) and groove (7) formations to prevent transmission of heat. The bottom edges of the panels are located in a rectangular base constructed from upwardly facing channels. The upright corners are reinforced by angle sections which are connected across the sidewalls by straps. A preformed EPDM liner is fitted into the tank and downwardly facing channels fitted over the liner onto top edges of the sidewalls. Two opposite top channels are connected by manifolds (14) for coiled heat exchangers and reinforcing connectors extend between the other two top channels. Each heat exchanger is made of corrugated steel tube wound around a harness suspended from a manifold. An external heat source maintains the temperature of the water in the tank and this is used to heat water that is pumped through the manifolds (14).
    • 本发明涉及从模块化侧壁板(3)竖立的不是储水箱(1),其通过将聚氨酯作为两个金属板之间的绝缘体注入聚氨酯制成,所述两个金属板包括至少一个嵌入聚氨酯中的细长加强件,并延伸 从顶部到底部边缘。 片材被弯曲以形成用于连接面板(3)的侧边缘的舌部(6)和凹槽(7)接合结构。 片材在舌部(6)和凹槽(7)形成间隔开以防止热量传递。 面板的底部边缘位于由向上的通道构成的矩形基部中。 直立的拐角由角度部分加强,角部分通过带子跨过侧壁连接。 将预制的EPDM衬垫装配到罐中,并将面向下的通道装配在衬套上面到侧壁的顶部边缘上。 两个相对的顶部通道通过用于盘绕热交换器的歧管(14)连接,并且加强连接器在另外两个顶部通道之间延伸。 每个热交换器由缠绕在从歧管悬挂的线束上的波纹钢管制成。 外部热源维持罐中的水的温度,并且这用于加热泵送通过歧管(14)的水。
    • 5. 发明申请
    • SYSTEM AND METHOD FOR CONTROLLING TEMPERATURE OF A WORKING FLUID
    • 用于控制工作流体温度的系统和方法
    • WO2015084539A1
    • 2015-06-11
    • PCT/US2014/064515
    • 2014-11-07
    • GENERAL ELECTRIC COMPANY
    • ANTEL, William, Joseph, Jr.SAELE, OveROSVOLD, Odd, Marius
    • E21B36/00E21B41/00F28D7/02
    • F24T10/00E21B36/001E21B41/0007F28D1/0472F28F27/00Y02E10/10
    • A heat exchanging device (100) is presented. The heat exchanging device includes an inlet header (102) configured to receive a working fluid. Further, the heat exchanging device includes at least one coil segment (104) having a first end and a second end, where the first end of the at least one coil segment is coupled to the inlet header and configured to receive the working fluid from the inlet header. In addition, the heat exchanging device includes an outlet header (106) coupled to the second end of the at least one coil segment and configured to receive the working fluid from the at least one coil segment. Also, the heat exchanging device includes at least one propeller (108) disposed proximate to the at least one coil segment and configured to propel subsea water across the at least one coil segment to control a temperature of the working fluid in the outlet header.
    • 提出了一种热交换装置(100)。 热交换装置包括构造成接收工作流体的入口集管(102)。 此外,热交换装置包括具有第一端和第二端的至少一个线圈段(104),其中至少一个线圈段的第一端联接到入口集管并且被构造成从工作流体接收来自 进样头。 另外,热交换装置包括连接到至少一个线圈段的第二端并被配置为从至少一个线圈段接收工作流体的出口集管(106)。 而且,热交换装置还包括至少一个螺旋桨(108),该螺旋桨(108)邻近所述至少一个线圈段设置,并且构造成推动海底水穿过至少一个线圈段以控制出口集管中的工作流体的温度。