Cutting-Edge Emission Measurement Gas Analyzer with Precision Technology

It covers complex scenarios in multiple fields: in the metallurgical industry, it is used for converter gas recovery and dry quenching circulating gas monitoring; in the cement industry, it precisely detects ammonia slip; in the power environmental protection industry, it monitors trace CO in coal-fired boilers and corrosive gases in waste gas from garbage incineration; general scenarios include oxygen measurement in coke oven gas and component analysis in chemical processes.

Through multiple material and process guarantees: the probe adopts high temperature and corrosion resistant alloy; the optical components are equipped with anti-pollution coating + purging system; the cast aluminum alloy explosion-proof housing has passed ExdIICT6 certification; the whole machine has multiple seals up to IP66 protection level, which can withstand rainwater and dust, and adapt to high temperature, high corrosion, flammable and explosive environments.

A single unit can analyze up to 1-2 gas components simultaneously and can be configured as needed. It requires 0.3-0.8 MPa nitrogen or purified instrument air as purge gas to prevent contamination of the optical path. During installation, the non-coupled optical path adjustment function allows calibration to be completed without the need for specialized tools, resulting in low maintenance workload in the later stages.

It is capable of online analysis of various gases including O2, CO, NH3, CO2, CH4, H2O, HCl, HF, HCN, and more, under a wide range of complex working conditions.

No, by adopting in-situ measurement, there is no need for a pre-treatment system, thus avoiding issues such as adsorption, blockage, and device damage during pre-treatment sampling.