Construction of sulfur incineration furnace

Where is your company located? I specialize in the design of furnaces and processes for sulfuric acid production.

0571－85183017－8818 Hangzhou Meibao Furnace Engineering Co., Ltd. 81 Li Yousu 13099916369 Tiejiang Anti-corrosion and Insulation Li Yudong 13064218707 Tiejiang Anti-corrosion and Insulation Qin Chunlin 13808034766 Shidaiyuan Anti-corrosion Ao Yong 028-85441088 13808172289 Chengdu Shurui Anti-corrosion Li Jindi ⊿ 13033397766 Anti-corrosion and Insulation 82 Ning Shunqing **Second-level anti-corrosion and insulation qualification 0871-8423074 0871-8423471 1380870354 Yunnan Industrial Anti-corrosion Equipment Installation Company Kunming Dongneng Complete Set Equipment Co., Ltd. Manager Xie Jiefu 0871-8581308 0871-8581200 13608864689 Marketing Company of Kunming Refractory Materials Factory Address: Haikou, Kunming

Ning Shunqing is a partner of our company. Haha, you know quite a lot. There is a lot of silicate insulation production in Dianjiang.

As far as I know, Shandong Zibo Furnace Company is quite good in this area

Honey! The lining of your sulfur incinerator is a traditional brick lining; after it is constructed, the entire lining settles, resulting in a gap that forms between the shell and the lining. The high-temperature flue gases inside the furnace leak through these cracks in the lining into the gap between the shell and the lining, and then rise along this gap to the top of the furnace, where they escape into the atmosphere through defects in the shell. . . As mentioned on the second floor as well, furnace gases come into contact with the sulfur combustion furnace shell through cracks in the lining, resulting in condensation corrosion; moreover, this area of contact is irregular and unpredictable. . . Moreover, your shell is already deformed, which makes the bricklaying process even more complicated; the gaps between the lining and the shell become larger and more irregular. . . . . Therefore, it is recommended to use new materials and technologies: spray-type refractory castables and spray casting processes. Welding anchors are installed on the shell, followed by the application of a thermal insulation layer and a refractory layer. The spray-type refractory castables are applied directly to the shell using a spray gun, with the anchors helping to prevent sinking. In this way, there are no gaps due to settlement between the lining and the shell, which eliminates the problem of air leakage. The construction speed is extremely fast. If you plan to rebuild the lining of a sulfur incineration furnace, using this new technology allows for an integrated spraying process to create a monolithic lining. The construction period for a furnace with a capacity of 330,000 tons can be reduced to just 28 days. This type of lining provides better insulation compared to traditional linings. Companies such as Hubei Yihua, Xingfa, and those in the Middle East are already using this technology; it is employed not only for repairing sulfur incineration furnaces but also for constructing new linings or rebuilding existing ones. To date, 6 sulfur incineration furnaces in China have been equipped with this new type of sprayed lining, the largest of which has a capacity of 800,000 tons per year. The oldest of these linings is now 7 years old, and they continue to function properly without any issues related to gas leakage. The poster can visit Wuhan Boze’s website to learn about new technologies: http://www.whboze.com/

Has your company implemented exhaust gas recovery? Our company specializes in the recovery and utilization of sulfuric acid exhaust gases