An integrated air pollution control system (IAPCS) is a recent development that integrates many different features including material balance with the emissions, a preliminary model of the system and an estimate of how much it will cost to run the system every year. This program was created in C Language and FORTRAN and works with most computers no matter what kind they are. You need to have at least 1.5 MB of space left on the hard drive and 640K of RAM for the program to run. This program has been improved upon as it was developed and has gotten mixed reviews along the way.

The air pollution control system software was created to allow companies to create an accurate estimate of the price of nitrogen oxide (NOx) and sulfur dioxide (SO2) in utility plants around the world by determining the cost and how the system will perform. You can determine these costs in dollars for any of the years of operation. It will help determine initial costs for the first year of operation and figure out how costs will level out over time when the price per pollutant goes down.

A lot of industries are using the air pollution control system to get a good idea of their future costs. You can figure for 300 variables with the system so it is useful for coal analysis, boiler analysis, pollution control design criteria, creating new pollution control technology and making economic plans for the future. You can easily customize the program using default values for everything except creating new technology to control pollution. These features make it an easy program to use and the system will give you valuable information.

Industries that deal with NOx control and SO2 control in their facilities can use the air pollution control system to get an idea of how much it is going to cost to operate their business on a yearly basis. The system has a lot of potential for businesses like gas and electric utilities, public utility companies, architects and engineers and can provide information to our legislative branches so they can create environmental policies.

The first model of the system can help determine how much a company will have to spend on a yearly basis for maintenance and operation, determine the amount of emissions that will be created, estimate yearly costs over time, and help determine material balance and capital charges for up to 16 different control technologies at the same time. One industry that can benefit from the system is the coal burning utilities.

The different technologies using the air pollution control system include:

O2 control
- Desulfarizing wet flue gas
- Lime spray drying operations
- ADVACTE or advanced silicate processes
- Coal supply operations
- Lime injection in conjunction with dry sorbent injection

NOx control
- Low combustion of NOx
- Re-burning of natural gas
- SCR or selective catalytic reduction
- SNCR or selective non-catalytic reduction

Particulate matter
- Electrostatic precipitator
- Fabric filter
- Gas conditioning (humidification and SO3)

Combustion processes
- Atmospheric and pressurized fluid combustion
- Integrated gasification

Did you find this article on air pollution control system useful?
You can get more info on Pollution, Recycling, Sustainable Development related topics at http://caringforenvironment.com.

Author: Philip Badeau
Article Source: EzineArticles.com
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