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Sniffer4D - Model TDLAS -Multi-Path Hyper-Local Methane Detection & Mapping System
Quantitative methane detection at 1ppm resolution, bringing intuitive visualized data to decision makers. Sniffer4D 1ppm TDLAS Methane Sensing & Mapping System supports connecting to 1 ppm NDIR CO2 Sensing Module, Ultrasonic Wind Speed & Direction Sensing Module, Nuclear Radiation Sensing Module.
Traditional Solutions
Poor Flexibility in Deployment
Scenarios in energy, agriculture, solid waste treatment and scientific research cover various methane emission sources, requiring a new device to reduce cost and improve efficiency.
Challenges in Low concentration Detection
Fixed monitoring equipment has limitations in detecting low-concentration methane leaks.
Limited Work Scenario & Long Response Time
Laser scanning can easily be affected by the object surfaces or obstacles.
Tunable Diode Laser Absorption Spectroscopy (TDLAS)
Detection method: Tunable Diode Laser Absorption Spectroscopy (TDLAS)
Superior Gas Selectivity
Sensitive to methane Only, contact-based and closed-path TDLAS for quantitative methane detection.
Short Response Time
Built-in air pump and ultra-compact cabin allow response to the concentration changes within seconds and even shorter.
Internal Vibration Reduction Mechanism
Ultra compact & lightweight structural design for internal vibration reduction mechanism significantly reduces the vibration effects from the moving platforms, acquiring the best data quality.