A successful sintering flue gas desulfurization project
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As needed, this post has been deleted. Sorry! This post was last edited by njp81116 on 2008-12-6 20:39.]
The desulfurization market for sintering machines is quite chaotic at the moment; there are all kinds of methods available. Can operations be truly stable? It seems that each company claims to have developed its own technology
:) New devices still look better! Take a look; I don’t really know much about it!
So-called independent intellectual property rights mean making slight changes to foreign products to turn them into one’s own. Although it’s not very gentlemanly, I still support this approach of making reasonable use of the loopholes in intellectual property protection.
I’ve never seen it before; it seems quite advanced. I suggest sharing the parameters related to desulfurization, its effectiveness, and the emission levels, so that everyone can learn from it*
Now it is **mandatory for steel companies to implement desulfurization; the market holds great potential. Could everyone help by recommending some foreign desulfurization technologies?** ? ? ? ? ?
We carry out flue gas desulfurization using the organic amine liquid absorption and desorption method; the sulfur dioxide concentration in the inlet gas is between 1200 and 2200, while it is below 100 at the outlet. The operation performance is good.
A successful flue gas desulfurization project via sintering was unfortunately removed. Could you send it again? I really hope to understand it