FTIR Gas Analyzer with 3 km Detection Range IP67 Rated for Multi-Species Gas Identification

The MR-ACT FTIR Long-Range Gas Remote Sensing Imaging Early Warning System is a state-of-the-art non-contact remote sensing device engineered for real-time surveillance and pre-alert of industrial toxic, harmful and volatile chemical effluents. Built upon advanced Fourier Transform Infrared (FTIR) spectroscopic measurement principles, the system hardware stack consists of high-precision interferometric assemblies, infrared photoelectric detectors and dedicated spectral signal acquisition & processing modules.

It delivers qualitative identification for hundreds of gaseous pollutants with an effective maximum detection radius up to 3 km. Three modular configurations are available: drone-integrated unit, vehicle-mounted/fixed station unit and flameproof unit. The series targets high-risk industrial scenarios including chemical industrial complexes, environmental regulatory oversight and chemical spill emergency mitigation.

• Extended Detection Distance & Wide-Area Coverage Capability
  Valid detection distance reaches 3 km and above; gas cloud plume tracking can be performed remotely without personnel access to hazardous zones, comprehensively mitigating occupational exposure risks for operators and auxiliary equipment. Equipped with full-area automatic scanning function, eliminating reliance on auxiliary light sources and on-site grab sampling.
• Ultra-Low Detection Limit & Low-Latency Alarm Triggering
  The system achieves a detection sensitivity of 30 mg/m² for sulfur hexafluoride (SF₆), capable of capturing microscale fugitive leakage signals to facilitate proactive risk pre-warning. Alarm triggering latency is controlled within 5 seconds, with synchronous real-time transmission of alert metadata to central management platforms.
• Multi-Species Gas Identification & Customizable Spectral Database
  Embedded proprietary calibrated spectral library, supporting qualitative discrimination of hundreds of conventional industrial toxic and hazardous gas species. Open database iteration architecture allows users to customize spectral archives tailored to unique site monitoring requirements.
• Modular Deployment Schemes for Full-Scenario Compatibility
  Drone-integrated module: Overall weight ≤ 5 kg, mechanically compatible with mainstream industrial UAV platforms. Vehicle-mounted & fixed station module: Total weight capped at 30 kg, reinforced with anti-vibration structural components. Flameproof module: Overall weight ≤ 150 kg, certified to ExdbⅡCT6 Gb explosion protection standard.
• Streamlined Mechanical Design & Long-Term Operational Robustness
  Industry-leading compact lightweight layout reduces barriers for equipment transportation, field installation and routine operational maintenance. Manufactured to rigorous industrial-grade quality standards, maintaining stable analytical performance under complex harsh climatic conditions.

1. Safety Supervision of Chemical Industrial Complexes: 24/7 continuous surveillance of fugitive gas leakage from pipelines and storage tanks, enabling early risk intervention to prevent major safety incidents.
2. Ecological Environment Supervision & Law Enforcement: Long-range quantitative tracking of industrial waste gas and toxic gaseous effluent plumes, providing credible spectral evidence for environmental compliance inspection.
3. Emergency Screening for Hazardous Chemical Spills: Rapid geolocalization of leakage sources and qualitative classification of gas compositions to support standardized scientific hazard disposal.
4. On-Site Hazard Mitigation Support: Instant on-site spectral gas analysis and delineation of hazard influence boundaries to lower exposure risks for frontline field operators.
5. Regional Environmental Risk Prevention: Remote identification of abnormal volatile hazardous chemical plumes to strengthen comprehensive regional environmental safety management capacity.

• Pioneering FTIR Spectroscopic Core Technology: Self-developed infrared remote sensing algorithm architecture integrating ultra-long detection range, trace-level detection limit and ultra-fast signal response performance.
• Diversified Modular Deployment Solutions: Three independent hardware variants cover aerial cruising inspection, mobile vehicle patrol and fixed-station continuous monitoring, adapting to all complex industrial operating conditions.
• Industrial-Grade Durability & Operational Consistency: Optimized miniaturized hardware architecture with validated long-term reliability, fit for years of uninterrupted field operation.
• Low-Risk & High-Efficiency Monitoring Paradigm: Non-contact remote measurement eliminates direct exposure to hazardous gas zones; automated intelligent alerting drastically accelerates on-site hazard disposal efficiency.
• Cross-Industry High Adaptability: Extensive built-in gas spectral archives paired with expandable database functionality, meeting precise monitoring demands across chemical manufacturing, environmental governance, energy and other industrial sectors.