HH-5100 Continuous Monitoring System for Smoke Emissions

Product Introduction

A system designed and developed to meet the increasingly strict requirements for monitoring pollution source flue gas emissions in China and to meet diverse monitoring conditions, consisting of a gaseous pollutant monitor, a particulate matter monitor, a temperature pressure flow integrated flue gas parameter monitor, and a data acquisition and processing subsystem. By using the sampling method, the concentration of gaseous pollutants and particulate matter in the flue gas is measured, and parameters such as temperature, pressure, flow rate, and oxygen content in the flue gas are also measured. The gaseous pollutant monitoring instrument in the system adopts advanced ultraviolet differential absorption spectroscopy measurement technology, combined with advanced production processes, to meet customers' diversified and personalized monitoring needs with better quality, higher reliability, and accuracy.

application area

The HH-5100 continuous monitoring system for flue gas emissions can be widely used for automatic online monitoring of flue gas emissions from various boilers, industrial kilns, and incinerators in industries such as thermal power plants, steel sintering/steelmaking plants, cement plants, waste incineration plants, and petrochemicals.

Technical Parameter

Performance characteristics

• The cold dry direct extraction method is adopted, and the monitoring results are based on dry values, without the need for data dry basis labeling, resulting in high data accuracy.
• The sampling probe adopts advanced microporous ceramic thermal filtration technology, which has good dust filtering effect and long maintenance cycle.
• The smoke monitoring adopts our company's latest generation of particle monitoring based on backscatter technology, which adopts an integrated design, compact structure, automatic withering, high sensitivity, and high reliability.
• In system design, safety redundancy design is carried out for the control of relevant important components (such as heat tracing pipes) to ensure system safety and reliability.