☑ Wide-Area Coverage & High Efficiency  

• Drones can cover large and remote areas quickly, including pipelines, wellheads, landfills, and storage tanks. 
• Reduces time and manpower compared to ground-based inspections. 

☑ Real-Time, Non-Contact Detection 

• Equipped with laser or TDLAS (Tunable Diode Laser Absorption Spectroscopy) sensors for accurate, long-distance, non-contact gas detection. 
• Enables fast detection of methane leaks without the need for close physical access. 

☑ Enhanced Safety

• Minimizes the need for personnel to enter hazardous or hard-to-reach environments (e.g., high-pressure zones, toxic gas areas). 
• Reduces exposure to risks like explosions, methane, H₂S, or oxygen-deficient zones.  

☑ High Accuracy & Sensitivity  

• Advanced sensors detect even trace levels of methane, with results often displayed in ppm·m (parts per million multiplied by distance). 
• Suitable for both localized leak detection and wide-area scanning.
  

Pain Points For The Traditional Detection

• Difficult to detect low concentrations of methane leak in large or complex environments. 

• Time-consuming on manual operation and on-site sampling. 

• The covered area is limited for a handheld devices or fixed monitoring station. 

• Risk-taking to detect in a remote or hazardous areas.
  

Advantages of Drone Methane Technology By BL-CH4

• Based on drone technology, it can fly and detect all kinds of scenarios without limitation efficiently and accurately. 

• TDLAS technology enables the system with high performance in sensitivity and quick response speed, also support the workin distance up to 300m. 

• Diversification on software supports both APP / Cloud Platform for the flight monitoring and management.