Methane leaks during natural gas extraction, processing and distribution not only result in wasted energy, but also contribute to greenhouse gas emissions. Laser gas sensing technology provides companies with accurate leak monitoring and gas component analysis by monitoring changes in gas concentrations at well sites, processing plants and transmission equipment in real time.

1. Leak Detection at the Well Site: Laser sensors are deployed around the natural gas well site to monitor the methane concentration in real time and combined with an early warning system to quickly detect and respond to leaks.

2. Gas Component Analysis: Laser spectrometers are installed on natural gas processing equipment to analyze the main components of natural gas, such as methane and ethane, in real time, so as to optimize the gas purification and storage process.

3. Regional Inspection: Using drones with laser sensors to inspect a wide range of natural gas facilities and quickly locate the source of leaks.

Traditional Methods: Flame ion detector and manual sampling method, low detection accuracy, unable to quickly cover a large area.

Laser Sensing Advantages:

• High Sensitivity: Able to detect trace leaks and avoid hidden greenhouse gas emissions

• Wide Detection Range: Combined with mobile devices such as drones, it is suitable for remote or complex terrain

• Non-Contact Monitoring: Avoiding direct contact with flammable gases, enhancing safety