河北衡水枣强玻璃钢工业园 Address: Zaoqiang FRP Industrial Park, Hengshui , Hebei
13931811637 Mobile: 13931811637
李经理 Contact: Manager Li
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FRP desulfurization tower case
FRP desulfurization tower based on six design principles
With the rapid development of China ’s economy, people ’s living standards are gradually improving, so the requirements for quality of life are also gradually improving. More and more people have come into our lives and become one of our essential components every day. Hebei Huasheng Energy-saving Equipment Co., Ltd. has designed mature and reliable production and sales methods tailored to everyone.
At present, the most widely used desulfurization pipes of FRP desulfurization towers in China are mainly rubber-lined pipes. Other desulfurization pipes such as stainless steel, high alloy composite steel plates, glass flakes, and lining coatings are used in the market. With the continuous improvement of technology, the use of desulfurization pipes will gradually expand, which is undoubtedly good 2019王中王资料精选 for our environmental protection cause.
Desulfurization pipe is a kind of transportation pipe used in the desulfurization system. Because the solution with acid and alkali substances is transported in the desulfurization system, the desulfurization pipe must have the functions of anti-corrosion, wear resistance and temperature resistance to ensure the In normal operation, stainless steel, high alloy composite steel plates, glass flakes, and lining coatings are commonly used in the market, but rubber-lined rubber-lined pipes are widely used as desulfurization pipes in the market.
Design principles of FRP desulfurization tower:
1. Select advanced technology and economical and reasonable processing technology to minimize project investment.
2. Carefully lay out the system process to minimize the material and energy consumption during the operation process and reduce the operation cost.
3. The processing system runs stably, the operation management is convenient, and it meets the quality requirements of operators.
4. The equipment used is advanced and reliable, resistant to corrosion and abrasion.
5. Minimize construction land.
6. Avoid secondary pollution.