The Methane/NMHC/THC Analyzer employs high-temperature heat tracing and an advanced double-valve, column-parallel back-blowing chromatographic separation system to automatically and precisely analyze methane, non-methane hydrocarbons (NMHC), and total hydrocarbons (THC) by sequentially collecting gas samples into a quantitative loop, separating components via specialized columns, and utilizing reverse carrier gas flow to expel NMHCs without detection interference, ensuring accurate and efficient hydrocarbon profiling.

Features

• Measurement components include methane, non-methane total hydrocarbon, and total hydrocarbon.
• The FID flame will light automatically after a warm-up time. It is continuous online analysis, automatic cycle operation at startup.
• Because the content of non-methane total hydrocarbon is calculated by the difference between total hydrocarbon and methane content, which significantly shortens the analysis cycle, analysiscycle less than 1.5 minutes operation continuously with free maintenance.
• The high-temperature heat tracing technology developed for high boiling non-methane total hydrocarbon significantly reduces the chromatographic peak broadening of high boiling non-methane total hydrocarbons and allows the instrument to accurately measure the non-methane total hydrocarbons of high boiling substances amount.

🔬 How It Works?

The analyzer employs a double-valve, column-parallel back-blowing system to separate methane, NMHC, and THC. Gas samples are collected in a quantitative loop, separated using specialized chromatographic columns, and detected via FID technology. Reverse carrier gas flow ensures that NMHCs are expelled without interference, enabling accurate and stable measurements.

💡 Advantages

• ⚡ Ultra-Fast Analysis: <1.5 minutes per cycle

• 🔥 Auto Ignition FID Flame: Reliable startup with minimal user input

• 🎯 High Sensitivity: Detects hydrocarbons as low as 0.05 ppm

• 🛠 Low Maintenance: Continuous online analysis with automated cycling

• 📊 High Precision: Repeatability RSD <2% ensures consistent data quality

• 🌡 Advanced Heat Tracing: Reduces peak broadening of high-boiling NMHCs

🔍 Recommended Models by Use Case

• Educational Labs: Compact model for teaching and demonstrations

• Research Centers: High-precision model for advanced hydrocarbon studies

• QC Departments: Industrial-grade model for continuous process monitoring

🧪 Ideal For

• Environmental monitoring laboratories

• Petrochemical and refinery analysis

• Food and chemical quality control labs

• Academic and industrial research institutions