(CH₄ | Front-Mounted + Top-Mounted) Vehicle-Mounted Laser Inspection S

(Methane) Vehicle-mounted Laser Inspection System As a high-end methane leak detection device integrating core laser spectroscopy technology and a stable four-wheel vehicle platform, it is specially designed for large-scale and intensive methane safety operation and maintenance. Adhering to the core design philosophy of high-efficiency coverage, precise detection, and stable reliability, the product breaks through the efficiency bottlenecks of traditional inspection modes, realizes three-dimensional and digital leak detection for scenarios such as urban trunk roads, cross-regional pipelines, and large-scale stations, and provides comprehensive safety operation and maintenance solutions for energy, urban gas, petrochemical and other fields.

In terms of core technologies and performance, the system is equipped with an advanced Tunable Diode Laser Absorption Spectroscopy (TDLAS) detection module, featuring ultra-high sensitivity and strong anti-interference capability. It can accurately capture trace methane leak signals in a non-contact manner, with rapid detection response and precise positioning. It effectively avoids interference factors such as dust, temperature and humidity, and complex electromagnetic environments, greatly reducing the rates of missed detection and false detection. The supporting four-wheel vehicle platform has undergone professional modification, with stable driving performance, strong endurance and sufficient equipment carrying space. The vehicle-mounted detection module is installed via high-precision fixing devices, ensuring the stability of detection equipment and the reliability of data collection during vehicle operation, and supporting long-time and long-distance continuous inspection operations. The system has excellent environmental adaptability and stability. Having passed rigorous anti-vibration, dustproof and waterproof, and high-low temperature tests, it can operate continuously and stably under complex meteorological and road conditions. Widely applicable to multiple fields such as large-scale operation and maintenance of urban gas pipeline networks, cross-regional inspection of oil and gas long-distance transmission pipelines, safety monitoring of large petrochemical parks, and daily detection of LNG stations, it is a core intelligent device for enterprises to improve methane leak detection efficiency, reduce safety operation and maintenance costs, and ensure the safety of production and operation.