THE TEMPERATURE DISTRIBUTION OF DUST REMOVING ANDH

There are much more flue dust and remaining heat energy in exhausted flue gas of industrial fumace's flue pipe. The flue gas will result in industrial dust pollution. The remaining heat energy will make great energy lose. When the dust is removed, and the waste heat is recovered, we can protect environment and save more energy. So, many developed countries in the world are attaching importance to these problems. The methods are different. They can be solved separately or simultaneously. Especially , solving it in the meantime, if joint well, will be better.

On the basis of finished experimental researched before . Now , we put a special heat tube with fins in a field of electrostatic precipitator ,and make a combination of them. It comprises an electrostatic , heat tube, heat exchanging dust remover.

It makes a joint force of static electricity, temperature difference and air dynamics. It can produce good results in recovering and removing.

The paper analyses the temperature field of a single heat tube and also lines of them. It comprises an electrostatic field by the theory of forced convection of exchanger of heat. There paper concludes that how to put them and what distance will be better to combine them together , it will be better for practice using of the equipment.