Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Foundation structure applied to high-temperature storage tank
The foundation structure applied to the high-temperature storage tank comprises a raft foundation arranged in the horizontal direction, a graded sandstone layer is laid in the middle of the top of the raft foundation in the horizontal direction, a ventilation pipe burying layer is laid on the top of the graded sandstone layer in the horizontal direction, and ventilation pipes used for heat exchange and cooling are arranged in the ventilation pipe burying layer in the horizontal direction. A composite heat preservation layer is laid on the top of the ventilation pipe embedding layer in the horizontal direction, a sand cushion layer is laid on the top of the composite heat preservation layer in the horizontal direction, and a net-shaped inner ring wall leakage detection groove is formed between the sand cushion layer and the composite heat preservation layer in the horizontal direction. The invention aims to provide a device which is convenient for analogue simulation design through a computer, can truly reproduce the stress condition of a storage tank foundation, enables a bottom plate of a high-temperature storage tank to be uniformly stressed, ensures the safety of the foundation and releases thermal stress, so that the operation safety of the storage tank is ensured, the molten salt leakage phenomenon can be found in time, the leaked molten salt can be recovered, and the safety of the storage tank is ensured. And pollution to the environment is avoided.
应用于高温储罐的基础结构，包括沿水平方向设置的筏板基础，筏板基础顶部的中间沿水平方向铺设有级配砂石层，级配砂石层的顶部沿水平方向铺设有通风管埋设层，通风管埋设层内沿水平方向设有用于换热降温的通风管，通风管埋设层的顶部沿水平方向铺设有复合保温层，复合保温层的顶部沿水平方向铺设有砂土垫层，砂土垫层与复合保温层之间沿水平方向设有网状的内环墙泄漏检测槽。其目的在于提供一种方便通过计算机进行仿真模拟设计，可真实再现储罐基础受力状况，让高温储罐底板受力均匀，保证基础安全，释放热应力，从而保证储罐的运行安全，并可及时发现熔盐泄漏现象，对泄漏的熔盐进行回收，避免对环境造成污染的应用于高温储罐的基础结构。
Foundation structure applied to high-temperature storage tank
The foundation structure applied to the high-temperature storage tank comprises a raft foundation arranged in the horizontal direction, a graded sandstone layer is laid in the middle of the top of the raft foundation in the horizontal direction, a ventilation pipe burying layer is laid on the top of the graded sandstone layer in the horizontal direction, and ventilation pipes used for heat exchange and cooling are arranged in the ventilation pipe burying layer in the horizontal direction. A composite heat preservation layer is laid on the top of the ventilation pipe embedding layer in the horizontal direction, a sand cushion layer is laid on the top of the composite heat preservation layer in the horizontal direction, and a net-shaped inner ring wall leakage detection groove is formed between the sand cushion layer and the composite heat preservation layer in the horizontal direction. The invention aims to provide a device which is convenient for analogue simulation design through a computer, can truly reproduce the stress condition of a storage tank foundation, enables a bottom plate of a high-temperature storage tank to be uniformly stressed, ensures the safety of the foundation and releases thermal stress, so that the operation safety of the storage tank is ensured, the molten salt leakage phenomenon can be found in time, the leaked molten salt can be recovered, and the safety of the storage tank is ensured. And pollution to the environment is avoided.
应用于高温储罐的基础结构，包括沿水平方向设置的筏板基础，筏板基础顶部的中间沿水平方向铺设有级配砂石层，级配砂石层的顶部沿水平方向铺设有通风管埋设层，通风管埋设层内沿水平方向设有用于换热降温的通风管，通风管埋设层的顶部沿水平方向铺设有复合保温层，复合保温层的顶部沿水平方向铺设有砂土垫层，砂土垫层与复合保温层之间沿水平方向设有网状的内环墙泄漏检测槽。其目的在于提供一种方便通过计算机进行仿真模拟设计，可真实再现储罐基础受力状况，让高温储罐底板受力均匀，保证基础安全，释放热应力，从而保证储罐的运行安全，并可及时发现熔盐泄漏现象，对泄漏的熔盐进行回收，避免对环境造成污染的应用于高温储罐的基础结构。
Foundation structure applied to high-temperature storage tank
应用于高温储罐的基础结构
SI JISONG (Autor:in) / DAI CHUNLEI (Autor:in) / ZHAO GUOMING (Autor:in) / WEI ZHI (Autor:in) / ZHANG XUEBO (Autor:in) / ZHAO GUOFENG (Autor:in)
05.12.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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