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I can answer questions on industrial practice, emissions, and impacts of air pollutants. I`m also good on regulatory and policy questions, but have an admitted anti-regulatory bias.
I've been in consulting engineering for over 30 years.
Am. Inst. of Chemical Engineers., Water Environment Federation
Too many to list here. I'm currently writing an editorial piece for PollutionOnLine.com once monthly on industrial perspectives on pollution control.
BS & MS in Environmental Engineering, Instructor for Am. Inst. of Chemical Engineers
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The one I'm most familiar with was used by General Motors at their plants in New York, and Georgia. The key is large scale. That means highly automated equipment, low VOC paints (see the EPA for the VOC
If they are hitting you with PM 2.5 and PM 10, plus the other things you mentioned, that's pretty much the list. The one other possibility might be VOC's which cause ozone. You might expect VOC limits
Best guesses include the following: Direct dust emissions from various sources due to handling-- see AP 42 for information. Acidity in the water runoff as well as suspended solids, sulfates in the rainfall
Leaded gas was manufactured by using tetraethyl lead as an additive. The purpose of the additive was to increase the octane of the gas. Octane is an 8 carbon hydrocarbon molecule which is the standard
Gasoil is, in the US, referred to as diesel. The problem is that I can give you a theoretical answer, but that may be very incorrect because of the ignition conditions and efficiency. There is also a problem
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