The Smart Spectral Gas Cloud Imaging Gas Detection System identifies gases by their absorption differences at specific infrared wavelengths from different gas components, enabling finer distinctions of gas characteristics. It accurately identifies the type and concentration features of gases, with advantages in gas recognition, range marking, accuracy under extreme weather conditions, and alarm response time. By analyzing and comparing infrared spectra within the video range, it can detect up to 60+ types of hazardous chemicals. With the identification and judgment of the backend AI algorithm, it can promptly and accurately issue early warnings for gas leaks, serving as a powerful tool to ensure safe production, processing, and transportation in the hazardous chemicals industry. 

System Composition

The system consists of a front-end spectral camera module, a middle fiber optic transmission module, and a rear-end network and server module. The network employs a star topology. Images are captured by the spectral camera, transmitted through fiber optics to the rear-end server, where they are analyzed and processed by AI algorithms. Upon detecting gas leakage, the system marks it on the image and triggers an alarm. Simultaneously, the analysis results and data are sent in real-time to the visualization platform for live representation.

    Companion Hardware

Comprehensive Early Warning Platform

System Features

Wide-range gas leakage detection with intuitive tracing of source and diffusion trends.

Accurate leak detection with visualization and record retention capabilities.

Achieves the goal of reducing labor and increasing efficiency, significantly reducing the on-site inspection and delay time for staff.

The center utilizes a visual platform for construction, making alarm information intuitive and vivid.

The platform allows for GIS map settings to view device deployment locations, statuses, real-time video images, and alarm logs. It offers various features including alarm review, pan-tilt-zoom (PTZ) control (for PTZ-enabled devices), patrol settings (for PTZ-enabled devices), server configuration management, device management, connection management, and user management.

Handheld monitoring equipment can be equipped for patrol personnel, carried conveniently, and data can be connected to the platform.

The visualization platform boasts high scalability, supports integration with other platforms and system联动, and offers customizable features.

Designs can be flexibly adjusted according to the on-site conditions.

System Technical Specifications

Gas monitors include alkanes, alkenes, hydrocarbons, alcohols, benzene, etc., totaling over 60 types.

Suitable for various climates and lighting conditions.

Device Resolution: Infrared 320*240, Visible Light 1920*1080

Video Frame Rate: 25 frames

Video Encoding: H.264/H.265/MPEG-4

Real-time monitoring with system alarm time < 3 seconds.