Category: Emission Gas Monitoring

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A network operator may know the amount of hydrogen commanded at an injection skid without knowing the composition actually delivered

A ship may store a substantial quantity of captured carbon dioxide while still releasing more greenhouse gas than expected through

Ammonia contains no carbon, but that does not make its exhaust automatically clean or easy to interpret. Poor combustion, inappropriate

An unexpectedly low oxygen reading can lead operators to adjust a process on the wrong basis. When hydrogen, carbon monoxide,

A regenerative thermal oxidizer may maintain its specified temperature while an inlet valve leaks, a process batch overloads the unit

Producers exporting covered goods to the European Union may already operate stack analyzers and assume that these readings can be

A geothermal plant may maintain steady steam flow and electrical output while changes in reservoir chemistry, air leakage, or gas-removal

Air-quality authorities face a difficult balance: they must prepare for stricter European rules while continuing to operate networks designed under

Wastewater plants are increasingly expected to reduce their climate impact, but electricity consumption tells only part of the story. Biological

High dust, extreme temperatures, unstable combustion, and tight emission limits make cement kiln gas difficult to measure. Without reliable gas

Industrial facilities release combustion gases and process emissions through stacks every day, but without reliable monitoring, operators may have limited

Complex refinery emissions, harsh flue gas, and demanding compliance requirements can make CEMS difficult to maintain. A properly designed system

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