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    • 5. 发明申请
    • UNDERGROUND THERMAL ENERGY STORAGE
    • 地下热能储存
    • WO2016195485A3
    • 2017-02-09
    • PCT/NL2016050373
    • 2016-05-25
    • ECOVAT IP B V
    • DE GROOT ADRIANUS WILHELMUS
    • F28D20/00B65D88/76
    • F28D20/0043B65D88/76B65D90/026F28D1/0477F28D1/06F28D2020/0013F28D2020/0078Y02E60/142
    • The invention provides an underground thermal energy storage having a shape selected from substantially cylindrical and an n-gonal prism, having an axial direction that in use is vertical, and comprising an inner volume for holding a liquid, said energy storage device comprising a peripheral outer wall, a peripheral inner wall around said inner volume, and a filling layer between said inner wall and said outer wall, said inner wall comprising a series of modular wall parts provided with a heat exchanger for exchanging thermal energy with said liquid, said modular wall parts arranged in rings and said modular wall parts each having opposite radial surfaces that are in use vertical, an inner tangential surface contacting said inner volume, an outer tangential surface directed towards said outer wall, and opposite axial surfaces that are in use horizontal, said modular wall parts comprising an elastic sealing between a joint of adjacent radial surfaces for limiting liquid flow between the inner volume and the filling layer and taking up thermal expansion of the modular wall parts, and said filling layer comprising an insulating layer extending over at least part of a height of the underground energy storage, having an R value designed for providing said outer wall at a temperature of below 30°C when said inner volume is at a temperature of at least 90°C, and a structural layer for maintaining said insulating layer and said prefab inner wall parts in position.
    • 本发明提供了一种地下热能储存器,其具有选自大致圆柱形和正弦棱镜的形状,其具有在使用中是垂直的轴向方向,并且包括用于保持液体的内部容积,所述能量存储装置包括外围外部 壁,围绕所述内部体积的周边内壁,以及位于所述内壁和所述外壁之间的填充层,所述内壁包括一系列模块化壁部,所述壁部设置有用于与所述液体交换热能的热交换器,所述模块化壁 布置在环中的部件和所述模块化壁部件各自具有相对的使用垂直的径向表面,接触所述内部容积的内切向表面,指向所述外壁的外切向表面以及使用水平的相对的轴向表面, 模块化壁部件包括在相邻径向表面的接头之间的弹性密封,用于限制液体流动 内部体积和填充层并且吸收模块化壁部件的热膨胀,并且所述填充层包括在地下能量存储器的高度的至少一部分上延伸的绝缘层,其具有设计成用于将所述外壁设置在 当所述内部体积处于至少90℃的温度时的温度低于30℃,以及用于将所述绝缘层和所述预制内壁部分保持在适当位置的结构层。
    • 6. 发明申请
    • FOOD-WASTE TANK FOR THE SEPARATION OF FOOD WASTE FROM WATER
    • 用于从水中分离食物废物的食品垃圾桶
    • WO2016080892A1
    • 2016-05-26
    • PCT/SE2015/051227
    • 2015-11-16
    • RENSA ENTREPRENAD SVERIGE AB
    • JANSSON, Mikael
    • B01D21/02B65D88/74B65D88/76B65D30/02E03C1/266E03F5/14E03F5/16
    • E03F5/16B65D88/744B65D88/76B65D90/0066B65D90/029B65D90/105E03C2001/005E03F5/14Y02A20/104
    • A food-waste tank (1) comprising at least two chambers (7, 8) located one after the other separated by a separating wall (6) and comprising a first inlet (9) for food waste mixed with water and a second inlet (10) principally for dish-washing water without food waste. The food-waste tank (1) is formed by an extended double-walled pipe (12) with an end wall (2, 3) at each end that seals the tank (1) and an internal separating wall (6) that extends essentially over the complete diameter of the tank (1), and that divides the food- waste tank into two chambers (7, 8), one of which follows the other. It is preferable that the double-walled pipe (12) is formed by an element of duct, preferably square, wound as a screw, and that connections are arranged to the interior of the element of duct in order to lead a heat-exchange fluid into and out from the interior of the element of duct.
    • 一种食物废物箱(1),包括至少两个由分隔壁(6)分开的室(7,8),所述两个室(7,8)分开并包括用于与水混合的食物废物的第一入口(9)和第二入口 10)主要用于没有食物废物的洗碗水。 食物废物箱(1)由延伸的双壁管(12)形成,在每个端部具有端壁(2,3),其密封罐(1)和基本上延伸的内部分隔壁(6) 在罐(1)的整个直径上,并且将食物 - 废物罐分成两个室(7,8),其中一个彼此相邻。 优选地,双壁管(12)由管道元件形成,优选地是方形的,作为螺杆缠绕,并且连接件布置在管道元件的内部,以引导热交换流体 从管道元件的内部进出。
    • 9. 发明申请
    • 安全环保型埋地储油罐
    • WO2007147316A1
    • 2007-12-27
    • PCT/CN2007/001537
    • 2007-05-11
    • 黄晓东
    • 黄晓东
    • B65D88/76B65D90/02B65D90/24B65D90/22
    • B65D88/76B65D90/028B65D90/105B65D90/325B65D90/501Y02A20/104
    • A safety environmental-protection buried oil tank is disclosed. The tank shell (1) is a double walled structure including an inner and an outer tank walls (11,12), a hollow (13) is formed between the inner and the outer tank walls, a blocking and explosion-proof material (3) is filled in the tank and the hollow, a leak oil monitoring device (2) is installed in the hollow, a spill pool (4) is set about the manhole cover (14) of the tank shell, and the bottom of the spill pool communicates with the hollow. According to the present invention, the blocking and explosion-proof material in the tank can prevent the unexpected burn and explosion initiating by open fire, static, welding, shooting, crashing and mishandling. The oil tank is the double walled tank that can effectively overcome the seepage or leakage of oil and gas, so it can avoid the pollution to the environmental soil and the underground water resources. Furthermore, the leak oil monitoring device can detect the volatilization of oil and gas so as to in time do repairing welding to the tank shell while the oil tank is filled with oil. The spill pool can prevent the oil spilling and caving while oiling, once the spilling is found, some actions can be taken in time.
    • 10. 发明申请
    • TANK LINING
    • 坦克林
    • WO00032394A1
    • 2000-06-08
    • PCT/IE1999/000121
    • 1999-11-30
    • B32B27/12B65D88/76B65D90/02B65D90/04B65D90/08B65D90/28B65D90/50
    • B32B27/12B32B15/02B32B2262/101B32B2307/752B32B2323/043B32B2363/00B32B2439/40B65D90/028B65D90/04
    • An underground storage tank (1) is lined in situ by first clearing the inner surface of the tank using water jetting. The surface is then inspected and grit blasted. A corrosion barrier coating (16) in the form of glassflake epoxy resin is applied to a minimum dry film thickness of 1000 microns. An adhesive is applied to the barrier coating (16) and sheets of an HDPE interstitial grid (10) are bonded to the adhesive forming an air gap of about 5 mm. A pliable glass reinforced plastic layer (15) is laid upon the grid (10). The GRP material is exposed to UV lamps to form an impermeable shell within the tank. A surface coating layer (2) may be applied. A leak detector (40, 41) is installed in the interstitial space defined by the grid (10).
    • 首先使用喷水清理水箱内表面,将地下储罐(1)原位排列。 然后对表面进行检查和喷砂处理。 采用玻璃状环氧树脂形式的防腐涂层(16),其最小干膜厚度为1000微米。 将粘合剂施加到阻挡涂层(16)上,并且将HDPE间隙网格(10)的片材粘合到粘合剂上,形成约5mm的气隙。 一个柔韧的玻璃增强塑料层(15)放置在网格(10)上。 GRP材料暴露在紫外灯下,在罐内形成不透水的外壳。 可以施加表面涂层(2)。 泄漏检测器(40,41)安装在由格栅(10)限定的间隙空间中。