(CH₄) Wall-mounted Passive Laser Monitoring System

1. Monitoring of Buried Pipeline Insulation Joints
Buried Pipelines: A critical node prone to gas leakage at the insulation joints of oil & gas and gas pipelines. It enables precise monitoring to promptly detect leakage hazards and ensure the safety of pipeline transportation.

2. Full-scenario Monitoring of Gas Filling Stations
Filling Area: Installed around LNG/LPG filling islands to monitor instantaneous leakage during gas nozzle connection and cylinder filling processes.
Cylinder Storage Area: Deployed near gas cylinder tanks to prevent leakage caused by aging tank seals and valve malfunctions.
Unloading Area: Covers tanker unloading interfaces and pipeline connections to provide real-time early warning of methane emission during unloading operations.

3. Monitoring of Industrial Production Areas
Chemical Parks: Used along production units, tank farms and transmission pipelines where methane serves as raw material or by-product, enabling 24/7 uninterrupted monitoring.
Coal Chemical Enterprises: Deployed around gasification workshops and methane purification units to prevent leakage risks during production processes.
Semiconductor Factories: Targets exhaust ports and pipeline interfaces of methane etching equipment to monitor trace leakage and ensure production safety.

4. Monitoring of Urban Gas Facilities
Gas Pressure Regulating Stations/Valve Rooms: Installed near on-site equipment and inlet-outlet pipeline connections to meet the passive monitoring needs of unattended scenarios.
Residential Communities/Commercial Complexes: Deployed near underground gas pipeline wells and building gas meter boxes to promptly identify indoor and outdoor gas leakage hazards.
Gas-fired Boiler Rooms: Covers boiler combustion systems and gas transmission pipeline interfaces to prevent methane leakage during operation.

5. Transportation-related Monitoring
LNG/LPG Transport Vehicle Parking Lots: Installed around vehicle parking areas to monitor cylinder seal leakage and emission during loading/unloading operations.
Ports/Terminals: Targets LNG ship unloading areas and container gas tank storage zones to achieve stable monitoring under high-humidity and high-salt-spray environments.
Airports: Deployed around aviation kerosene refueling areas and gas-powered equipment to prevent leakage risks of methane-based auxiliary fuels.

6. Environmental Protection Monitoring Scenarios
Landfills: Installed around landfill areas and leachate treatment stations to monitor methane leakage from waste degradation, serving both environmental monitoring and safety early warning purposes.
Sewage Treatment Plants: Deployed along anaerobic digestion tanks and biogas collection pipelines to monitor leakage of biogas (with high methane concentration) and ensure the safety of recycling and utilization.

7. Special Venue Monitoring
Mines: Used for methane (gas) concentration monitoring in underground coal mines, adapting to power-free and high-dust underground environments to guarantee safe production.
Laboratories/Research Institutions: Targets methane-related experimental equipment and gas storage cabinets to achieve precise monitoring of trace leakage.
Confined Spaces: Such as underground tunnels and gas pipeline maintenance wells, installed at entrances and internal key nodes to monitor methane accumulation risks.