Ultraviolet Hydrogen Sulfide (H2S) Analyzer

Product Overview

The Ultraviolet Hydrogen Sulfide Analyzer adopts advanced UV absorption spectroscopy technology for high-precision, real-time monitoring of H₂S. With a built-in high-precision gas cell and dedicated algorithms, the instrument minimizes cross-interference from other gases and provides accurate online H₂S concentration measurements. Featuring long service life, low maintenance, and high cost-efficiency, it is ideal for continuous industrial monitoring, outperforming traditional electrochemical sensors or gas chromatography in both reliability and operational convenience.

Working Principle

The analyzer is based on ultraviolet absorption spectroscopy, measuring the absorption intensity of H₂S at specific UV wavelengths to determine gas concentration in real time. Equipped with an automatic zeroing pump and a corrosion-resistant gas cell, the system ensures stable and reliable measurements. It also supports multiple data interfaces for remote monitoring and centralized management.

Key Features

• High-Precision Measurement: Real-time online monitoring of H₂S, minimizing cross-interference from other gases.
• Customizable Measurement Range: Flexible range settings to meet different industrial requirements.
• Corrosion Resistance: All sample-contact components are made of corrosion-resistant materials, extending service life in harsh environments.
• Automatic Zeroing: Built-in pump provides automatic zero calibration, reducing manual intervention.
• Data Transmission Capability: Supports multiple interfaces for real-time data transmission to supervisory control systems.
• Cost-Effective Alternative: Replaces short-life electrochemical sensors and gas chromatography that cannot provide continuous monitoring, reducing maintenance costs and improving value.

Applications

• Petrochemical Industry: Real-time H₂S monitoring in refining, natural gas processing, and related industrial operations, ensuring production safety and compliance.
• Environmental Monitoring: Industrial emissions and ambient air quality monitoring to prevent H₂S environmental pollution.
• Power Industry: H₂S detection in boilers and gas pipelines to ensure safe combustion and equipment stability.
• Industrial Safety: Continuous monitoring of H₂S leaks in production environments to protect personnel.
• Chemical Laboratories: Efficient, economic alternative to gas chromatography for real-time H₂S analysis.