Portable Infrared Flue Gas Analyzer

Product Overview
The Portable Infrared Flue Gas Analyzer adopts non-dispersive infrared (NDIR) technology and long-life electrochemical sensor technology, enabling the simultaneous measurement of the volume concentration of gases such as SO₂, NO, CO, CO₂, and O₂ in flue gas. This instrument is equipped with an integrated sampling and heating system, along with a portable pretreatment device, ensuring that the sampling process does not alter the gas composition while meeting the requirements of flue gas analysis. Designed for environmental monitoring, energy efficiency monitoring, energy consumption detection, and environmental scientific research, it is a high-performance portable analyzer with high accuracy and stability.

Key Features

• High Measurement Accuracy: Based on NDIR technology and long-life electrochemical sensors, the instrument features an innovative half-chamber air path design, improving stability and reducing interference from external factors (such as temperature and voltage fluctuations), achieving low drift and high accuracy.
• Multi-Component Measurement: Can simultaneously measure the concentration of gases such as SO₂, NO, CO, CO₂, and O₂ with minimal cross-interference, ensuring precise measurement results.
• Integrated Sampling and Pretreatment: Equipped with an integrated sampling and heating system, combined with a portable pretreatment device to effectively filter dust, remove condensed water, and control flow rate, ensuring sample quality without altering the gas composition.
• Fast Response and Stability: Response time is ≤30 seconds, with a preheating time of only 5 minutes. The instrument exhibits excellent stability, with a drift of less than 2% over 24 hours.
• Portable Design: Compact and lightweight, weighing only 7.5 kg, making it easy to carry and suitable for various field environments.

Applications

• Environmental Monitoring: Widely used in environmental monitoring stations, industrial emission testing, and other settings for real-time monitoring of industrial emissions to ensure compliance with environmental standards.
• Energy Efficiency Monitoring and Detection: Used for monitoring emissions and evaluating energy efficiency in combustion systems such as boilers and gas-fired equipment, helping to optimize combustion efficiency and reduce energy consumption.
• Environmental Scientific Research: Suitable for research institutions and environmental monitoring agencies, providing precise flue gas composition data to support pollution studies and air quality assessments.