Industrial carbon monitoring is an important part of a company's fulfilment of its ESG (Environmental, Social, Governance) responsibilities. Laser gas sensing technology is used to monitor greenhouse gases such as CO₂, CH₄ and CO emitted from factories in real time, providing a scientific basis for companies to quantify their total carbon emissions, assess the effectiveness of emission reductions, and achieve accurate carbon accounting. This technology helps industrial companies meet environmental regulations while optimizing energy use and reducing operating costs.

1. Stationary Emission Source Monitoring: Laser gas sensors are installed at industrial chimneys, exhaust pipes and other stationary emission sources to monitor CO₂ and CH₄ concentrations in real time and upload the data to a cloud-based platform for aggregation and analysis.

2. Production Process Carbon Emission Analysis: Deploy laser analysis equipment in key production links (e.g. chemical reaction, fuel combustion) to dynamically capture changes in emissions and assist in optimizing the process flow.

3. Workshop Environmental Monitoring: Used to monitor the concentration of ambient gases inside the plant and assess the impact of unorganized emissions on employees and the environment.

Traditional Methods: Sampling analysis and infrared absorption method, low sampling frequency, data delay, and complex maintenance.

Laser Sensing Advantages:

• High Real-Time: Supports continuous monitoring and captures dynamic changes in emissions

• High Sensitivity and Accuracy: Can detect low concentrations of greenhouse gases and avoid data bias

• Automated Data Management: Directly uploaded to the carbon accounting platform, simplifying the process of generating enterprise emission reduction reports