Supercritical Carbon Dioxide Geothermal Experimental Platform

Supercritical Carbon Dioxide Geothermal Experimental Platform


(1) Study the flow patterns of supercritical CO₂ in rocks, estimate storage capacity, evaluate caprock sealing properties, verify leakage monitoring methods, and test heat exchange efficiency; (2) Conduct supercritical carbon dioxide storage experiments; (3) Conduct supercritical carbon dioxide fracturing experiments; (4) Conduct CO₂ breakthrough pressure tests on rock samples; (5) Conduct flow pattern tests of supercritical CO₂ in rock samples; (6) Conduct other experiments such as gas permeability and liquid displacement on rock samples.
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High temperature resistance

 

Maximum working temperature 150℃

 

 


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Convenient and easy to use

 

Graphical user interface

Easy and understandable operation


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High precision

 

8 real-time temperature monitoring points

Accuracy ±0.1℃

 


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Personalized customization

 

Can be customized according to needs

Upgrade equipment configuration

     

Application Fields

 

Application Functions

Product Parameters

Parameter Indicators

Square Specimen Dimensions 250mm×250mm×2000mm
Cylindrical Specimen Dimensions Φ250×2000mm
Temperature Loading Up to 150℃
Pressure Loading Maximum confining pressure 60MPa, maximum axial pressure 80MPa, maximum back pressure 50MPa
Displacement Pressure Maximum pump pressure 50MPa, continuous injection possible
Temperature Monitoring System Provides 8 real-time temperature monitoring points, accuracy: ±0.1℃

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