Air Pollution Control Engineering
This text covers the whole air pollution field, from an engineering perspective. The principal topics are control devices and their theory. The book uses many more examples than other texts to help the student see the magnitudes of important quantities and to show and practice the practical application of theoretical treatments presented. The other half is devoted to topics that form some of the background for the selection of such devices, i.e., air pollution effects, the structure of U.S. air pollution law, atmospheric models, etc.
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Air Pollution Control Laws and Regulations
Air Pollution Measurements Emission Estimates
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acid adiabatic lapse rate air ﬂow air pollution air pollution control air-fuel ratio ambient air Assume atmosphere auto average baghouse bumed calculated carbon Chapter chemical coal collection efﬁciency combustion compute condensation constant contains control device cyclone cyclone separator difﬁcult downwind emission factor emission rate emission standards emitted engine equation estimate Example ﬁbers ﬁgure ﬁlter ﬁnd ﬁne particles ﬁrst ﬂame ﬂuid fraction ft/s fuel fumace gas ﬂow gas stream gases gasoline Gaussian plume ground-level heat hydrocarbons increase industrial inlet inversion layer liquid log-normal distribution mass measured mechanism methane mixing height models modiﬁed NAAQS nitrogen nitrogen oxides normally oxides oxygen ozone percent power plant pressure drop problem ratio reaction regulations sampling scrubber shown in Fig shows signiﬁcant solid speciﬁc stack sulfur sulfur dioxide sulfuric acid surface Table temperature typical vapor pressure volumetric ﬂow rate weight wind speed