The reporter was informed at the recent National Coking Industry Technology Conference that the new vertical tower towers and radial side guide jet towers developed by Tianjin Chuangju Technology Co., Ltd. have been used in the coking industry since 2001. Since the application, the effect of benzene removal, benzene removal, ammonia washing, ammonia evaporation, desulfurization, crude benzene refining, and tar refining system product recovery has been remarkable.
Taking the technological transformation of the crude benzene recovery system as an example, traditional technologies have been used. Generally, the yield of crude benzene to dry coal in a coking plant is about 0.8%. The adoption of the company's benzene-washing and debenzylation products not only has a large amount of processing. Small equipment, investment, and high efficiency. According to reports, Tangshan Iron and Steel Company has 1.3 million tons/year and 1.44 million tons/year, Shaanxi Dongling 700,000 tons/year, Shandong Weifang Rejuvenation 750,000 tons/year, Shanxi Linfen Iron and Steel Company 600,000 tons/year, and Shandong Tengzhou Shenglong. After the 800,000-ton/year iso-coking plant adopts the company's benzene-washing and de-benzene removal towers, the yield of crude benzene to dry coal has reached 1.0%, and the recovery of crude benzene is 10%-20% higher than that of conventional technologies, and the savings are saved. Steam consumption is more than 30%. Shandong Jinneng Co., Ltd.'s 500,000 ton/year coking plant can only replace the benzene removal tower. The daily recovery of crude benzene will be increased from 16 to 17 tons to 18 to 20 tons.
Tianjin Chuangju Company is a high-tech enterprise established by Hebei University of Technology. It specializes in chemical mass transfer and separation technology research. The company's development of radial side jet trays, new fillers and distributor technology, after more than ten years of application in the fertilizer, petroleum, chlor-alkali, coking and other industries, has been recognized by many domestic design institutes and manufacturers. The radial side jet plate technology developed by it is particularly suitable for large liquid, liquid-gas ratio conditions, with large flux, high efficiency, pressure reduction, operation flexibility, anti-clogging, defoaming, and easy maintenance Features.
Taking the technological transformation of the crude benzene recovery system as an example, traditional technologies have been used. Generally, the yield of crude benzene to dry coal in a coking plant is about 0.8%. The adoption of the company's benzene-washing and debenzylation products not only has a large amount of processing. Small equipment, investment, and high efficiency. According to reports, Tangshan Iron and Steel Company has 1.3 million tons/year and 1.44 million tons/year, Shaanxi Dongling 700,000 tons/year, Shandong Weifang Rejuvenation 750,000 tons/year, Shanxi Linfen Iron and Steel Company 600,000 tons/year, and Shandong Tengzhou Shenglong. After the 800,000-ton/year iso-coking plant adopts the company's benzene-washing and de-benzene removal towers, the yield of crude benzene to dry coal has reached 1.0%, and the recovery of crude benzene is 10%-20% higher than that of conventional technologies, and the savings are saved. Steam consumption is more than 30%. Shandong Jinneng Co., Ltd.'s 500,000 ton/year coking plant can only replace the benzene removal tower. The daily recovery of crude benzene will be increased from 16 to 17 tons to 18 to 20 tons.
Tianjin Chuangju Company is a high-tech enterprise established by Hebei University of Technology. It specializes in chemical mass transfer and separation technology research. The company's development of radial side jet trays, new fillers and distributor technology, after more than ten years of application in the fertilizer, petroleum, chlor-alkali, coking and other industries, has been recognized by many domestic design institutes and manufacturers. The radial side jet plate technology developed by it is particularly suitable for large liquid, liquid-gas ratio conditions, with large flux, high efficiency, pressure reduction, operation flexibility, anti-clogging, defoaming, and easy maintenance Features.