Optical Gas Imaging Detector & Camera Core

Conventional gas detection methods, typically point-type or line-type systems, are limited by low efficiency and the inability to safely approach high-risk areas. In large industrial sites, inspectors often need to move from one fixed point to another, which makes it difficult to build a complete and real time picture of emissions. Small leaks can also be missed when they occur outside the sensor coverage area or between inspection cycles. This creates gaps in monitoring and increases both safety risks and environmental impact.

Gases absorb infrared radiation at specific wavelengths. When a leak occurs, the gas plume creates a clear contrast with the surrounding background. Optical Gas Imaging technology uses this principle to convert invisible gas emissions into visible images. This makes it possible to detect and locate leaks quickly and accurately. It also enables wide area, long distance, and real time visual inspection, even in hazardous or hard to reach environments.

Building on this foundation, SensorMicro provides advanced OGI solutions designed for real industrial conditions. Its infrared gas imaging products are developed to deliver high sensitivity detection across multiple gas types, including VOCs, carbon dioxide, carbon monoxide, sulfur hexafluoride, and ammonia. By combining optimized infrared detector design with stable imaging performance, SensorMicro systems help operators identify even small leaks with greater clarity.

Compared with traditional approaches, SensorMicro OGI solutions allow industrial users to build a more complete LDAR workflow that is not limited by point measurements. Instead, inspections become visual, continuous, and more efficient, which supports both regulatory compliance and long term emission reduction goals.