Carbon Dioxide Enhanced Oil Recovery and Storage Mechanism and Potential Evaluation Macroscopic Physical Simulation System

This system is mainly used for various oil displacement experiments such as water flooding, chemical flooding, compound flooding, carbon dioxide gas flooding, and miscible flooding. It can optimize the injection methods and slug sizes of various displacement agents, and determine the corresponding recovery factor and recovery improvement values.

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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

Three-dimensional Displacement Model	Adjustable simulation tilt angle 0~90°, maximum sample size 500×500×150mm, Maximum working pressure 32MPa, maximum working temperature 150℃
Core Holder	Various specifications, such as Φ25×25 - 1000mm (9 measuring points), etc. Maximum working pressure 100MPa, temperature 180℃, resistant to carbon dioxide
Capillary Model	Φ6mm, length 12m, working pressure 60MPa, permeability 3~5 Darcy
Injection Pump	Working pressure 0~100MPa, design pressure 0~120MPa, flow range 0.0001~50ml/min
Gas Medium	N ₂ CH ₄ CO ₂ Air, etc.
Boost Module	Working pressure: 0~100MPa, inlet pressure: 1~15MPa
Pressure-bearing Intermediate Container	Volume: 1000mL, working pressure: 0~100MPa
Low Temperature Water Bath	Minimum working temperature -10℃, volume 10L
Automatic Back Pressure System	Working pressure 0~100MPa

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友情链接

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Jiangsu Tuochuang Scientific Instrument Co., Ltd.

Carbon Dioxide Enhanced Oil Recovery and Storage Mechanism and Potential Evaluation Macroscopic Physical Simulation System

Parameter Indicators

北京大学

北京石油化工学院

清华大学

河南理工大学