In-Situ Laser Raman Spectroscopy Gas Analyzer

Product Overview
The In-Situ Laser Raman Spectroscopy Gas Analyzer uses laser Raman scattering principles with enhanced spectral technology for qualitative and quantitative analysis of multiple gas components. Designed for in-situ installation, it comes with a specialized Raman sampling probe for continuous, online, and non-destructive gas monitoring, making it ideal for comprehensive gas analysis in industrial processes. With a pressurized explosion-proof design, this device ensures safe operation, and its rapid response time of seconds allows real-time monitoring of up to 20 gas components.

Key Features

• Non-Destructive Gas Analysis: Capable of high-precision detection of homonuclear diatomic molecules like H₂, N₂, and O₂.
• Multi-Component Continuous Monitoring: Simultaneous measurement of multiple gases, supporting complex, full-process requirements.
• In-Situ Analysis Design: Raman sampling probe eliminates the need for gas extraction, directly measuring on-site and reducing maintenance costs.
• Pressurized Explosion-Proof Safety: Maintains positive pressure within the instrument to prevent entry of toxic or flammable gases, ensuring reliable operation.
• Smart User Interface: Equipped with a full touchscreen display for easy data visualization, supporting an external PC keyboard for convenience.
• Long Maintenance Cycle: No need for consumables like chromatographic columns, valves, or gas pumps, resulting in low operating costs and simple maintenance.

Applications

• Chemical Process Control: Real-time monitoring of H₂, N₂, O₂, CO, CO₂, CH₄, and other gases in chemical production.
• Environmental Protection: Monitors waste gas emissions, facilitating eco-friendly emission control.
• Oil and Gas Industry: Provides rapid detection of gas components in oil refining and natural gas processing.
• Coal Chemical and Metallurgy: Suitable for high-temperature, high-pressure gas analysis in these industries, ensuring process safety.
• Industrial Safety Monitoring: Detects toxic and flammable gas leaks in industrial settings, supporting safe production environments.