Walking in the forefront of the fluoride salt industry
2021-04-17 08:02:51
——Recalling the development mode of fluoric resource recycling economy of Fluoride Corporation At present, most fluorine products at home and abroad are produced from fluorite as raw materials, and fluorite is an important strategic resource that is increasingly being protected by various countries in the world. The space for the development of fluorinated industrial enterprises using fluorspar as raw materials is limited. Unlike general fluorine chemical enterprises, with a unique fluorine resource recycling economic development model, Henan Duodu Chemical Co., Ltd. has increased its sales revenue at an average annual rate of 80% in the past few years, and its profits have doubled each year.
Adhere to the two mandatory principles According to the company’s chairman, Li Shijiang, the “two musts†is a magic weapon for the success of Fluoride, that is, the development of fluorochemical industry must follow the road of circular economy, and the road of recycling must rely on technological innovation. According to the reporter's understanding, most of Fluoride's technologies are self-developed, and most of the raw materials needed for production are chemical waste materials. It is precisely based on these two points that Fluorinol succeeds in developing a unique fluorine resource recycling economic development model.
At the end of the 1990s, with the comprehensive utilization of the by-product fluorine resources of phosphorus fertilizer, the company successfully developed a production technology for the production of high-quality white carbon black from cryolite production of cryolite. This technology has changed the traditional process of producing cryolite using fluorite as a raw material in China for decades. It has created a new road for the production of fluoride salts for electrolytic aluminum in China, and has embarked on a new road of fluorine chemical industry.
Subsequently, Duo Fu used the by-product ammonium fluoroaluminate produced in aluminum processing to develop new technologies for the production of fluoride salts. In addition, they also use kaolinite and industrial salt to produce fluoride salts directly. Due to continuous development of new technologies and new processes, the company currently has a variety of fluoride salt production technologies. The cost per ton of fluorinated salt products has been reduced by 10% to 20% compared with its peers and has become a strong competitor in the fluoride salt market.
In 2005, Fluorin was involved in the design and development of the hydrofluoric acid production line for fluorosilicic acid produced by Yunnan Sanhuan Co., Ltd., and for the first time realized the company’s external output and transformation. In 2006, the company's "Fluorine Resources Comprehensive Utilization Project" was included in the 2007 resource saving and environmental protection national debt project. A series of new technologies for the comprehensive utilization of the by-product fluorine resources around phosphate fertilizer have been successfully developed, which has enabled the rapid growth of polyfluoride in the domestic fluoride industry.
Building three major innovation models In the development process of DFIDO, the three major innovation models established the company's technological leadership in the inorganic fluorine chemical industry.
The first is to focus on original innovation. Over the past few years, Fluorine has developed a large number of new technologies and new products with independent intellectual property rights. At present, the company has one national high-tech industrialization demonstration project, two national-level new products, eight provincial-level high-tech products, and 68 patented technologies. It is with these original innovations that Fluorine is at the forefront of the industry.
The second is to strengthen integrated innovation. The Fluoride company took advantage of the integration and innovation and organically integrated various related technologies to develop a batch of new technologies, new processes, and new equipment. With this innovative model, Fluorine has mastered a variety of cryolite production processes in the world, and has reached world advanced level in cryolite production and automatic control of fluorinated workers.
The third is to introduce new technology and innovation. The new anhydrous aluminum fluoride process is a new process independently developed by the company, based on learning and learning from domestic and foreign advanced technologies. The complete set of process, equipment, and installation and debugging of the anhydrous aluminum fluoride project are all independently completed by Fluorine, and its independent innovation capability and technical strength have been highly praised by foreign companies. At present, the company has formed 60,000 tons of anhydrous aluminum fluoride production capacity and reached the standard production.
Actively participate in the standard construction Actively participate in the standardization activities, so that the multi-fluoride company to achieve the dream of a first-class enterprise. Duo Duo successively presided over the revision of the three national standards for cryolite, hydrofluoric acid and anhydrous hydrogen fluoride, participated in the revision of the national aluminum fluoride standard, formulated the cryolite analysis method, and developed national standard samples of cryolite and aluminum fluoride instruments. In September 2006, the company was invited by the secretary group of the International Standards Organization to represent China in the international standardization conference for fluoride salts held in Paris, France, and won the right to speak in the international fluoride field.
Adhere to the two mandatory principles According to the company’s chairman, Li Shijiang, the “two musts†is a magic weapon for the success of Fluoride, that is, the development of fluorochemical industry must follow the road of circular economy, and the road of recycling must rely on technological innovation. According to the reporter's understanding, most of Fluoride's technologies are self-developed, and most of the raw materials needed for production are chemical waste materials. It is precisely based on these two points that Fluorinol succeeds in developing a unique fluorine resource recycling economic development model.
At the end of the 1990s, with the comprehensive utilization of the by-product fluorine resources of phosphorus fertilizer, the company successfully developed a production technology for the production of high-quality white carbon black from cryolite production of cryolite. This technology has changed the traditional process of producing cryolite using fluorite as a raw material in China for decades. It has created a new road for the production of fluoride salts for electrolytic aluminum in China, and has embarked on a new road of fluorine chemical industry.
Subsequently, Duo Fu used the by-product ammonium fluoroaluminate produced in aluminum processing to develop new technologies for the production of fluoride salts. In addition, they also use kaolinite and industrial salt to produce fluoride salts directly. Due to continuous development of new technologies and new processes, the company currently has a variety of fluoride salt production technologies. The cost per ton of fluorinated salt products has been reduced by 10% to 20% compared with its peers and has become a strong competitor in the fluoride salt market.
In 2005, Fluorin was involved in the design and development of the hydrofluoric acid production line for fluorosilicic acid produced by Yunnan Sanhuan Co., Ltd., and for the first time realized the company’s external output and transformation. In 2006, the company's "Fluorine Resources Comprehensive Utilization Project" was included in the 2007 resource saving and environmental protection national debt project. A series of new technologies for the comprehensive utilization of the by-product fluorine resources around phosphate fertilizer have been successfully developed, which has enabled the rapid growth of polyfluoride in the domestic fluoride industry.
Building three major innovation models In the development process of DFIDO, the three major innovation models established the company's technological leadership in the inorganic fluorine chemical industry.
The first is to focus on original innovation. Over the past few years, Fluorine has developed a large number of new technologies and new products with independent intellectual property rights. At present, the company has one national high-tech industrialization demonstration project, two national-level new products, eight provincial-level high-tech products, and 68 patented technologies. It is with these original innovations that Fluorine is at the forefront of the industry.
The second is to strengthen integrated innovation. The Fluoride company took advantage of the integration and innovation and organically integrated various related technologies to develop a batch of new technologies, new processes, and new equipment. With this innovative model, Fluorine has mastered a variety of cryolite production processes in the world, and has reached world advanced level in cryolite production and automatic control of fluorinated workers.
The third is to introduce new technology and innovation. The new anhydrous aluminum fluoride process is a new process independently developed by the company, based on learning and learning from domestic and foreign advanced technologies. The complete set of process, equipment, and installation and debugging of the anhydrous aluminum fluoride project are all independently completed by Fluorine, and its independent innovation capability and technical strength have been highly praised by foreign companies. At present, the company has formed 60,000 tons of anhydrous aluminum fluoride production capacity and reached the standard production.
Actively participate in the standard construction Actively participate in the standardization activities, so that the multi-fluoride company to achieve the dream of a first-class enterprise. Duo Duo successively presided over the revision of the three national standards for cryolite, hydrofluoric acid and anhydrous hydrogen fluoride, participated in the revision of the national aluminum fluoride standard, formulated the cryolite analysis method, and developed national standard samples of cryolite and aluminum fluoride instruments. In September 2006, the company was invited by the secretary group of the International Standards Organization to represent China in the international standardization conference for fluoride salts held in Paris, France, and won the right to speak in the international fluoride field.
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