High Accuracy & Ultra-Low Detection Limit: Delivers high accuracy and ultra-low detection limit for trace background levels.
Ultra-Large Dynamic Measuring Range: Supports methane partial pressure up to 40 matm, covering natural background concentrations and abnormal seepage concentrations.
Industry-Leading Long-Term Stability: Features automatic drift compensation to eliminate long-term drift caused by temperature change, water pressure fluctuation, and component aging.
Exclusive Methane Spectral Selectivity: Offers narrow laser line width and exclusive methane molecular identification capability, completely avoiding interference from other water-soluble gases.
Non-Consuming Measurement: Non-consuming methane measurement with no reagent consumption.
Reinforced Membrane Structure: Reinforced TOUGH membrane structure provides robust, anti-fouling, and anti-corrosion performance in complex and harsh aquatic environments.
User-Friendly Design: Plug & Play design with complete cables, connectors, and supporting software included.
Independent Laboratory Calibration: Every sensor undergoes independent laboratory calibration in the 4H-JENA professional QA laboratory.
Multi-Process Quality Inspection: Includes simulated water temperature and gas partial pressure tank calibration, paired with professional reference system verification to ensure short-term test accuracy and ultra-stable long-term operational performance.
Detection Principle: Tunable Diode Laser Absorption Spectroscopy (TDLAS) via customized high-strength TOUGH thin-film composite membrane.
Maximum Measuring Range: Up to 40 matm methane partial pressure.
Signal & Output: Standard 0-5V analog output signal.
Configuration Options:
Built-in high-capacity data logger for long-term data storage
Seamless integration with FerryBox underway systems
Standard 0-5V analog output compatible with third-party platforms
Professional CONTROS DET
Customizable connectors
CONTROS HydroC CH4 FT Flow-Through Methane Sensor
Designed for continuous in-situ and shipboard underway flow-through measurement of dissolved methane partial pressure in surface water across long-term marine and freshwater observation applications.
Global Climate Change Research: Monitoring methane dynamics and ocean carbon cycle analysis.
Marine Hydrate Exploration: Marine methane hydrate resource investigation and deep sea fault fluid seepage monitoring.
Freshwater & Limnological Investigation: Supporting limnological ecological investigation and reservoir/river freshwater quality control.
Aquaculture Monitoring: Real-time water environment monitoring for large-scale aquaculture and fish farming.