Microfluidic Experimental Device for CO2 Enhanced Oil Recovery and Sequestration

Microfluidic Experimental Device for CO2 Enhanced Oil Recovery and Sequestration

The main functions of this device focus on fluid flow and phase characteristics under micro- and nano-scale pore conditions. This includes the study of CO₂-oil multiphase characteristics and phase evolution patterns; research on single-phase and two-phase flow problems at micro- and nano-scales; investigation of phase characteristics of single-component and multi-component systems; and research on the mechanisms of CO₂ enhanced oil recovery. The experimental apparatus can also be used for various aspects such as studying the performance mechanisms of chemical drive agents, evaluating high-temperature and high-pressure foam performance, and researching foam regeneration mechanisms.
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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

Maximum Test Pressure 100MPa, Pressure Accuracy 0.1% F·S
Maximum Test Temperature 150℃, Temperature Control Accuracy ±0.5℃
Model Clamping Device 6 Channels for Inlet and Outlet
Chip Appearance

38mm × 21.5mm × 1mm, Glass Sealed Cover Plate (1±0.1) mm,

Total Chip Thickness: (2±0.1) mm

Annular Pressure Tracking Pump, Back Pressure Pump Working Pressure: 100MPa, Pressure Control Accuracy: 0.05MPa
High-Pressure Injection Pump

Pressure Range: 0–100MPa, Pressure Accuracy: 0.1% F·S;

Dual Cylinder Continuous Flow Range: (0.0001–40mL/min), Flow Accuracy: 0.5% of Set Value

Intermediate Container Temperature 150℃, Pressure Resistance 100MPa, CO2 Resistant, Corrosion Resistant; Material: C276. Volume: 100mL, 250mL

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