I would like to ask about the options available for incinerators for hazardous chemical waste at present
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This post was last edited by zhaolijun on 2015-10-14 08:41. Nowadays, many chemical companies install their own hazardous waste incineration units; which of these incinerators are considered the most advanced at present? A segmented furnace or a pyrolysis furnace? The rotary kiln technology is relatively mature, but what about its operation? They all say the technology is a bit outdated, but in which aspects exactly?
The rotary kiln! The pyrolysis furnace is really not user-friendly.
Does the rotary furnace have its disadvantages? There are pyrolysis furnaces and segmented furnaces, so layer supervisors should know quite a lot about them! Give some help!
The key is to determine what kind of waste is to be incinerated, and to choose the appropriate incinerator for that
The solid waste processing plant in our development zone uses segmented furnaces
This project is a regional hazardous waste incineration project; as for the specific types of waste, there are great differences among the various hazardous wastes present in the industrial park
I’d like to know what the advantages and disadvantages of these incinerators are. I want to learn more about them, as some people say that rotary furnaces are good while others claim they are outdated!
You can consult the manufacturer at http://www.jsdhep.com/; they are certainly quite familiar with this area
It is said that pyrolysis furnaces are more advanced, while rotary furnaces are outdated, with high energy consumption and low levels of automatic control – is that true?
For such an important matter, you can’t necessarily trust what others have experienced; it’s better to consult manufacturers using different technologies and make your own judgment. Pyrolysis furnaces have many drawbacks (the burnout rate of the residues does not meet the required standards), and direct combustion also presents various problems. However, there are factories that have been in operation for ten years, with two production lines, and an average annual operating time of 300 to 330 days per line