Detection device for synthesizing and decomposing gas hydrate

Abstract

A detection device of natural gas hydrate synthesis and decompose, belongs to the field of natural gas hydrate basic physical property measurement, comprising a reaction vessel, a temperature control groove, a refrigeratory, a natural gas distribution system, a natural gas supercharging system, a water supply system and a computer data acquisition system, wherein the temperature control groove, the supercharging system and the water supply system are arranged in the refrigeratory, the reaction vessel is arranged in the temperature control groove. The gas distribution system requires the component gas to enter the reaction vessel after supercharging by the supercharging system, the water supply system supplies water to the reaction vessel, the computer data acquisition system acquires detection data. The invention has the advantages that: the natural gas distribution system fast arranges each kind of mixed gas; the refrigeratory and a bath temperature control system realizes fast temperature control and accurate control; the natural gas supercharging system supercharges fast and conveniently; the data acquisition system has data storage, real time data and image analysis software support, which plays a guide role in reserve forecast and exploration of natural gas hydrate.

Description

technical field [0001] The invention relates to a detection device for synthesis and decomposition of natural gas hydrate, which belongs to the field of basic physical property measurement of natural gas hydrate. Background technique [0002] Today, with the increasingly prominent energy problems in the world, natural gas hydrate, as a new type of clean energy, has received extensive attention. Natural gas hydrate is a widely distributed, large-scale, high-energy-density, clean, shallow-buried, untapped energy pool on the earth, which has extremely important energy value and environmental significance. Natural gas hydrate is known as the crown of new energy in the 21st century, which shows that governments and scientific and technological experts of various countries attach importance to it. Although the survey and research on gas hydrate in my country started relatively late, the research on marine gas hydrate conducted by the China Geological Survey has made remarkable pr...

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Problems solved by technology

The volume of the currently used reactor is generally too small, and it is difficult to apply in the research of gas storage capacity and thermal stability of natural gas hydrate, and cannot simulate the formation and decomposition of natural gas hydrate in porous media in real permafrost regions

In addition, the small reactor cannot be opened quickly, and the synthesized hydrate cannot be quickly taken out for combustion, analysis or further research

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