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Gas quality (contents in H2, CO, CO2, CH4, O2) was analyzed by using online gas analyzer through experiments.
The fuel and reaction product mole fractions were measured using online gas chromatography.
The amount of generated H2 was determined with an online gas chromatograph.
The amount of evolved O2 was measured by an online gas chromatograph.
Partial the syngas flow was led to the online gas chromatograph for component analysis.
In addition to the online gas analytics, the reactor outlet gas was also analyzed by a gas chromatograph (GC).
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Photo-catalysis experiments were performed at atmospheric conditions under various humidity levels (0, 16.8, and 33.6 relative humidity%) using a high vacuum chamber equipped with online gas-chromatography as a batch-type reactor.
The reactants and reaction products were analyzed online by gas chromatography.
The reactants and products were analysed online by gas chromatographer (TP260, Tianpu, China) equipped with 13× and GDC-104 columns.
Therefore, the simple sensor design has potential application in miniaturized optical measurement for online ammonia gas detection.
During this performance test, exhaust emissions such as CO, hydrocarbon (HC), and oxides of nitrogen (NO x ) were also measured using an online exhaust gas analyzer.
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