Shenyang Taige TG-7200 Gas Migration Analyzer
Shenyang Taige TG-7200 Gas Migration Analyzer
Product Description:
- A Gas Migration Analyzer is a specialized laboratory testing instrument designed to evaluate gas migration tendencies in cement slurries under simulated wellbore conditions. It is widely used in the oil & gas industry, cement testing laboratories, and drilling operations, where accurate analysis of gas flow through setting cement is critical for maintaining well integrity and operational safety.
- The gas migration analyzer measures the pressure changes and gas flow behavior within a cement sample during the transition phase from liquid to solid. By simulating downhole pressure and temperature conditions, it provides valuable data on transition time, gas permeability, and potential channeling risks, helping engineers optimize cement formulations and prevent gas leakage.
- The Shenyang Taige TG-7200 Gas Migration Analyzer is a high-precision gas detection and monitoring instrument designed for accurate measurement of gas migration in industrial, laboratory, and mining applications. Engineered by Shenyang Taige, this analyzer ensures reliable gas migration analysis, providing operators with precise and consistent data for safety monitoring, environmental testing, and process control.
- With its advanced sensor technology, the TG-7200 Gas Migration Analyzer delivers fast, accurate, and repeatable gas detection, making it ideal for monitoring methane, carbon dioxide, hydrogen, and other industrial gases. Its robust design allows for use in harsh industrial environments, ensuring long-lasting performance, durability, and minimal maintenance.
Product Specification:
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Temperature Range  20 – 163ºC
Pressures Maximum  1000 psi
Pressure Measurement Accuracy  0.2% of Full Scale
Pressure Measurement Resolution  0.25 psi
Pressure Control Accuracy  ±10-20 psi
Cement Temperature & Cabinet Temperature
Measurement Accuracy        ±0.5°C
Measurement Resolution   0.1°C
Oven Temperature
Measurement Accuracy      ±1°C
Measurement Resolution 0.1°C
Temperature Control Stability ±0.5°
Gas Injection Flow Rate 0 – 5 sccm of nitrogen
Confining Flow Rate 0-5 sccm of nitrogen
