Re: Carloads of Coal, was Cinders
If you really want to do an accurate job of determining the number of cars of coal needed to generate power, you can look at how that is done on my Chemical Engineering 357 class web site at The University of Texas at Austin under part III lecture notes.toggle quoted messageShow quoted text
These the notes I use from my lectures, so there are many comments provided in class. This course is designed for senior chemical engineers, so there are many assumptions made about the knowledge base for the students. In calculating the amount of cinders, you can calculate the amount of particulate matter that is emitted througth the stack, calculate the amount of ash in the coal, and the difference will be the amount of bottom ash (cinders). The example illustrates the process with a typical coal. The BTU content and ash content for coal vary significantly for coal mined in various parts of the country. To obtain more examples of various coals and lignites you can look at the coals I use for project 3 that my students have to complete. These are for coals mostly in use today.
Most likely a lot more than any of you want, but just to let you know there is a way to determine the amount of coal needed to produce a given amount of power. Also needed is the efficienty of the power plant. Coal plants typically have a maximum efficiency of 41%, with older plants being much less than that.
--- On Mon, 5/17/10, Kurt Laughlin <email@example.com> wrote:
From: Kurt Laughlin <firstname.lastname@example.org>
Subject: Re: [STMFC] Re: Carloads of Coal, was Cinders
Date: Monday, May 17, 2010, 4:54 PM
I imagine there are a number of Google Books entries about the operation of
coal-fired boilers and generators froom the steam era. Certainly these
would give examples of production in pounds of steam or kilowatts / ton of
coal. Probably even the amount of cinders to expect . . .
----- Original Message -----
I guess I do need to clarify what type of industry I'm talking about. I my
[Non-text portions of this message have been removed]