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According to standard domestic design, a dry absorption tower with an inner diameter of 7 meters and a main packing height of 5 meters uses strip arches, and is filled with asymmetric saddle rings or rectangular saddle rings; it does not include acid separators or mist eliminators, and civil engineering costs are not taken into account. How much would the investment be in this case?
The carbon steel plates are estimated to weigh around 200 tons, at a cost of about 3,600 yuan per ton; the processing fee is around 1,500 yuan per ton. The beams cost around 200,000, while tiles and filler cost around 600,000. Including other miscellaneous items, it’s roughly 2 million
A 5.5-meter tower costs 1.2 million under normal circumstances
A tower with an inner diameter of 7 meters – what a huge scale!
What does 7 meters mean? It’s quite large compared to other pumps, right? The investment required for this must also be significant, right?
How tall should it be? For a height of 10, 1 million should be sufficient.
The absorption tower of a 600,000-ton sulfuric acid production plant designed in accordance with industry standards
Oh, a diameter of 7 meters is really big! At least I haven’t seen one that big yet!
Who calculated 200 tons of steel? How was it calculated?
I don’t know who calculated it; it’s nonsense. There’s also the cost of steel processing – complete chaos
This post was last edited by Kenso on 2009-9-23 at 20:10. It’s obvious from just looking at it that those who claim 200 tons is the correct figure are amateurs; a carbon steel converter 10.6 meters long weighs only 170 tons. So where does a 7-meter dry absorber get 200 tons from? 100 tons would already be quite good.