A System for On-Line Measurement of Multicomponent Emissions and Engine Operating Parameters 851657
An analysis system is described which is composed of a Fourier transform infrared spectrometer, a quadrupole mass spectrometer, a total hydrocarbon analyzer, and a PDP 11/23 microcomputer as a data logger. This analysis system allows on line, simultaneous measurement of a multitude of engine operating parameters, regulated emissions, and non-regulated emissions. The measured engine operating parameters include: air/fuel ratio, exhaust volume flow, hydrogen/carbon ratio of the fuel, and instantaneous fuel economy. Data are presented demonstrating the system’s ability to reveal correlations among engine operating parameters and emissions, for both catalyzed and non-catalyzed exhaust emissions from methanol fueled engines. Data are also given comparing the analysis system with conventional instrumentation. The system provides exhaust composition, engine operating parameter data, and mass per mile emission rates with a 3 second time resolution without the use of a CVS unit.
Citation: Butler, J., Maker, P., Korniski, T., Haack, L. et al., "A System for On-Line Measurement of Multicomponent Emissions and Engine Operating Parameters," SAE Technical Paper 851657, 1985, https://doi.org/10.4271/851657. Download Citation
James W. Butler, Paul D. Maker, Thomas J. Korniski, Larry P. Haack, Fredrick E. McKelvy, Alex D. Colvin
Ford Motor Co., Scientific Research Laboratory
Passenger Car Meeting & Exposition
SAE 1986 Transactions - Fuels and Lubricants-V94-7