Gas Storage Simulation Physical Experiment Device

This device is an experimental setup for simulating the formation of salt caverns through salt mining, focusing on the early-stage cavity creation before gas injection and storage. It can simulate the underground salt mine strata structure, replicate salt mining parameters to form salt caverns of different shapes, and perform 3D imaging to map the shape of the salt caverns, providing detailed descriptions of their shape and volume. This device allows for a better understanding of the salt cavern formation process and can simulate the salt mining process before actual mining to understand the impact of mining parameters (such as water injection volume, well arrangement, etc.) on the shape and volume of the formed salt caverns.

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Convenient and easy to use

Graphical user interface

Easy and understandable operation

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Reliable and stable

High accuracy, high stability

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Personalized customization

Can be customized according to needs

Enhance device configuration

Application Fields

Application Functions

Product Parameters

Parameter Indicators

Working Pressure	12MPa
Sample Size	L(0.3~0.6m)×W(0.3~0.6m)×H(0.3~0.6m)
Vertical Well	Central vertical well, vertical wells on both sides spaced 200mm~300mm apart, a total of 3 vertical well positions at the top
Liquid Phase Injection	Model: TC-500D, dual pump type, Flow control range increased to: 0.01～250mL/min (15L/h), Flow accuracy 0.01mL/min, Pressure: 0～15MPa, single pump volume: 500mL, dual cylinder switching without pulsation
Gas Tightness Test	Model: TC-60 Gas Boosting System, Working pressure: maximum 49.8MPa, output 0~15MPa
Fluid Temperature Control	Room temperature~150℃, temperature control accuracy ±0.5℃

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Jiangsu Tuochuang Scientific Instrument Co., Ltd.

Gas Storage Simulation Physical Experiment Device

Parameter Indicators

北京大学

北京石油化工学院

清华大学

河南理工大学