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News Details
Created with Pixso. Home Created with Pixso. News Created with Pixso.

Drone Laser Methane Detector

Drone Laser Methane Detector

2025-11-07

Gas pipelines and facilities are aging, leading to frequent leaks from aging, corrosion and other factors. The drone Laser Methane Detector—based on TDLAS technology—is a key innovation for gas safety. It boosts inspection efficiency, accuracy and keeps inspectors safe.
1. High Sensitivity and Accuracy
It detects tiny changes in methane concentration to spot micro-leaks, preventing major accidents. High-precision results ensure reliable data for decision-making.
2. Non-Contact Detection
Inspectors avoid dangerous areas, cutting health risks from flammable gases. The laser enables remote detection, improving flexibility and safety.
3. High Efficiency and Quick Response
It scans large areas fast, reducing inspection time. Alerts are sent immediately when leaks are found, enabling quick location and control.
4. Data Recording and Analysis
Detection data is auto-recorded, avoiding manual errors. Analysis identifies leak patterns, supporting long-term safety strategies.
5. Wide Applications
Residential/public areas: Ensure safety in dense areas.
Industry: Inspect gas stations, pipelines and refineries.
Environment: Monitor greenhouse gas emissions.
Urban safety: Aid fire, police in inspections and emergencies.
6. Future Outlook
Performance will improve—better sensitivity, longer range and faster data processing. Integration with IoT and big data will make it smarter, enabling remote monitoring and automatic alerts. It will become a critical tool for public and production safety.

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News Details
Created with Pixso. Home Created with Pixso. News Created with Pixso.

Drone Laser Methane Detector

Drone Laser Methane Detector

Gas pipelines and facilities are aging, leading to frequent leaks from aging, corrosion and other factors. The drone Laser Methane Detector—based on TDLAS technology—is a key innovation for gas safety. It boosts inspection efficiency, accuracy and keeps inspectors safe.
1. High Sensitivity and Accuracy
It detects tiny changes in methane concentration to spot micro-leaks, preventing major accidents. High-precision results ensure reliable data for decision-making.
2. Non-Contact Detection
Inspectors avoid dangerous areas, cutting health risks from flammable gases. The laser enables remote detection, improving flexibility and safety.
3. High Efficiency and Quick Response
It scans large areas fast, reducing inspection time. Alerts are sent immediately when leaks are found, enabling quick location and control.
4. Data Recording and Analysis
Detection data is auto-recorded, avoiding manual errors. Analysis identifies leak patterns, supporting long-term safety strategies.
5. Wide Applications
Residential/public areas: Ensure safety in dense areas.
Industry: Inspect gas stations, pipelines and refineries.
Environment: Monitor greenhouse gas emissions.
Urban safety: Aid fire, police in inspections and emergencies.
6. Future Outlook
Performance will improve—better sensitivity, longer range and faster data processing. Integration with IoT and big data will make it smarter, enabling remote monitoring and automatic alerts. It will become a critical tool for public and production safety.