Analysis of industrial emissions
Many companies use different technologies to reduce emissions ; at the moment one of the most used is the catalytic converter. Measuring exhaust emissions before and after catalysts helps to determine the effectiveness of the catalysis and whether the company complies with current emissions regulations.
To comply with emissions regulations, the gases to be measured are those emitted into the atmosphere after passing through the filtering system. Normally the gases covered by the regulations are CO, total NO (NO+NO2) and CxHy hydrocarbons . measurement of the O2 level as many emissions reports must be made based on a given O2 level as a reference.
Seitron offers two solutions: Chemist 900 Rack for continuous analysis; Chemist 900 , the portable analyzer with O2, high and low range CO, NO, NO2, CxHy and total NOx (No+NO2) sensors measured .
The emission analyzers with high range CO sensors (up to at least 50000 ppm) are necessary to analyze the gases before catalysis, when they are not yet filtered. Subsequently, with an analyzer equipped with a low range CO sensor (0 .. 4000 ppm) you can measure the gases following the catalysis process and understand how much the emissions reduction amounts to .
The combined use of the two emissions analyzers allows at the same time to adapt to regulations and verify the correct functioning of the filters and the combustion process , intervening promptly if anomalies are detected in the recorded values. In this way, three fundamental needs are satisfied: process optimization, safety of the working environment and compliance with anti-pollution regulations.
Explore our range of Chemist solutions: choose between the Rack version for constant monitoring or the portable version for timely on-site interventions."