User:AlisonJinyanLiu/Wang Shuangfei

= Wang Shuangfei = In this Chinese name, the family name is Wang.

Biography
Wang Shuangfei (born September 1963) in You County, Hunan Province, China mainland, is an expert in pulp and paper engineering, a member of the Chinese Academy of Engineering, a professor and doctoral supervisor at Guangxi University, and the director of the Institute for the Transformation of Technological Achievements at Guangxi University.

On November 18, 2021, the Chinese Academy of Engineering announced the list of newly elected academicians of 2021. As a founder of Nanning High-tech Zone affiliated enterprise Guangxi Boschke Environmental Protection Technology Co., Ltd., Wang Shuangfei was gloriously elected to the Chinese Academy of Engineering of the Department of Environmental and Light Textile Engineering. This is since 1999, Guangxi scientists again won the highest academic title in China's engineering science and technology.

Wang Shuangfei is a representative of the 19th Party Congress, a tenured professor of Guangxi University, and the director of Guangxi University Institute of Technology Achievement Transformation. He has been awarded "National Model Teacher", "National May Day Labor Medal" and "National Advanced Worker", as well as "He Liang He Li Foundation Science and Technology Innovation Award" and "The Sixth National Outstanding Professional and Technical Talents" in 2021.

Education & Career experience
Graduated from South China University of Technology with a PhD in pulp and paper engineering in 1995, Shuangfei Wang has long been dedicated to applied basic research, key technology development and industrial application of clean production and end-of-pipe management of paper in order to substantially reduce the pollution caused by the production and the manufacture of paper. After he has conquered multiple difficulties in clean paper production, he continued to work as a professor in the School of Light Industry and Food Engineering at Guangxi University.

In 1999, he conducted research as a visiting scholar at the Institute of Paper Research, University of Melbourne, Australia.

From 2001 to 2003, he conducted postdoctoral research at the Georgia Institute of Technology and the American Institute of Paper Research, USA;

From 2007 to 2008, he conducted research work as a senior visiting scholar at the University of British Columbia, Canada, and the Chavee Institute of Environmental Studies, Canada;

From 2007 to 2011, he was also the Director of the Engineering Research Center of the Ministry of Education for Sugar Industry and Comprehensive Utilization ;

In 2018, he worked as the Director of the National Enterprise Technology Center;

In 2013, he worked as the Director of the Guangxi Key Laboratory of Cleaner Pulp and Paper Production and Pollution Control;

In 2021, he was elected as member of the Chinese Academy of Engineering in 2021.

KeyMajor Achievements
In terms of scientific research, Prof. Shuangfei Wang has been committed to research in the field of clean production technology and pollution control in light industry for many years. He has published more than 100 academic papers in core journals at home and abroad, including more than 40 indexed in three major indexes, 2 monographs, and 16 authorized patents, including 5 invention patents. The scientific research team led by Prof. Wang was awarded the Innovation Team of Comprehensive Utilization of Renewable Resources and Environmental Protection in Guangxi University in 2007, and the Innovative Research Team of Clean Pulp and Paper and Pollution Control New Technology and New Theory in Guangxi Natural Science Foundation in 2013.

In addition to two second prizes and two third prizes of Guangxi Science and Technology Progress, and has made a number of scientific research achievements with international influence, some of which have been successfully industrialized and applied, which have strongly promoted the progress of clean production and pollution control technology in China's light industry. He has achieved a number of internationally influential scientific research results, some of which have been successfully industrialized and applied, which have strongly promoted the progress of clean production and pollution control technology in China's light industry.

As the first completer, he won one National Technical Invention Second Prize, one National Science and Technology Progress Second Prize, one He Liang He Li Science and Technology Innovation Award, one Guangxi Science and Technology Special Contribution Award, and five provincial and ministerial first prizes; he was granted 12 invention patents from the United States, Canada, Japan and other countries, and 44 Chinese invention patents; he published 89 SCI papers as the first or corresponding author, among which 34 are JCR Region I He has also published 89 SCI papers with first or corresponding authors, including 34 top papers, 2 monographs and 1 translation In 2013, Prof. Shuangfei Wang won the First Prize of Science and Technology Progress of Excellent Scientific and Technological Achievements of the Ministry of Education and the First Prize of Science and Technology Progress of the Light Industry Federation respectively. .

In terms of teaching, Prof. Shuangfei Wang has made significant progress in laboratory construction and talent training by continuously deepening education and teaching reform and management system reform within the college to improve professional education. He has guided and trained more than 40 doctoral and master students and young scientists. He presided over the establishment of "Guangxi University Light Industry and Food Engineering Experimental Teaching Center", which is an experimental teaching demonstration center of Guangxi Zhuang Autonomous Region.

Scientific Research Overview
The key technologies developed by Shuangfei Wang for pulp clean bleaching and waste paper clean pulping have become the mainstream technologies in the international related fields, and have achieved major technological and equipment innovations in China's paper industry.

Academic Publications
According to the website of the Chinese Academy of Engineering in April 2022, Shuangfei Wang has published 89 SCI papers as first or corresponding author, including 34 JCR Region I Top papers, 2 monographs and 1 translation.

Scientific Research Projects
As of November 2021, Shuangfei Wang has presided over the national "973" program and "863" major program projects, and the National Natural Science Foundation of China.

Patent Achievement
According to the website of the Chinese Academy of Engineering in April 2022, Wang Shuangfei, as the first completer, won 1 National Technical Invention Second Prize, 1 National Science and Technology Progress Second Prize, 1 Guangxi Science and Technology Special Contribution Award, and 5 Provincial and Ministerial First Prizes; he was granted 12 invention patents from the United States, Canada, Japan and other countries, and 44 Chinese invention patents.

Leading Courses
According to the website of Guangxi University in April 2022, Wang Shuangfei teaches "Pulping Processes", "Wet Part Chemistry and Paper Chemicals", "Application of Biotechnology in Pulp and Paper", "Secondary Fiber Reuse Technology", "Frontier Technology of Pulp and Paper" for undergraduate students, "New Technologies of Clean Pulp and Paper and Environmental Protection", "Pulp Chemistry" for master students, and "Biotechnology in Pulp and Paper" for doctoral students. The course "Application of Biotechnology in Pulp and Paper" and "New Technology of Low Pollution Pulp and Bleaching" for doctoral students.

Team Building
The research team led by Shuangfei Wang was awarded the Innovation Team of Comprehensive Utilization of Renewable Resources and Environmental Protection in Guangxi University in 2007, and the Innovative Research Team of Cleaner Pulp and Paper Making and Pollution Control New Technology and New Theory in Guangxi Natural Science Foundation in 2013.

Less Pollution
As the person in charge, he has undertaken the major projects of National 863 Program, National 973 Preliminary Research Project, National Natural Science Foundation of China, National Science and Technology Tackle and National Support Program. He has been awarded one first prize of scientific and technological progress by the Ministry of Education, one first prize of scientific and technological progress by China Light Industry Federation, one first prize, two second prizes and two third prizes of scientific and technological progress by Guangxi. A number of achievements have been transformed into productivity with significant social and economic benefits and the effect of pollution reduction has been remarkable.

The BSC reduction method large chlorine dioxide preparation system and pulp elementless chlorine bleaching technology developed under his leadership is the first of its kind in China, breaking the technological monopoly of foreign companies, and has been applied to more than 20 enterprises at home and abroad, including IKPP pulp mill and LONTAR pulp mill in Indonesia under APP Jinguang Group, the second largest paper manufacturer in the world. The project of "Integrated Innovation of Key Equipment and Engineering Technology for High Concentration Organic Wastewater Treatment in Light Industry Process" developed under the presidency broke the technology monopoly of foreign companies and has been successfully applied in more than 120 enterprises at home and abroad, such as Amazar Polaris Pulp Industry Complex in Russia, Hero of Labor Paper Mill in Belarus and Nine Dragons Paper Co..

Prof. Shuangfei Wang has long been committed to the applied basic research, key technology development and industrialization application of clean production and end-of-paper treatment, and the key technologies developed for clean pulp bleaching and clean pulp production of waste paper have become the mainstream technologies in the international related fields, realizing the major technical equipment innovation of China's paper industry, promoting the scientific and technological progress of the industry and the optimization and upgrading of industrial structure, and implementing the " Water Pollution Prevention and Control Action Plan" has made important contributions.

Fewer Emissions
Wang Shuangfei led his team to overcome the "bottleneck" difficulty of pulp clean bleaching, and creatively developed key technologies and core equipment such as upflow multi-stage anaerobic reactor and granular sludge calcification inhibition technology based on scientific research projects, realized the localization of core technologies and key equipment for organic wastewater treatment in paper and fermentation industries, and successfully developed "Key technology and application of paper and fermentation typical wastewater resourceization and ultra-low emission", which completely ended the era of foreign enterprises relying on technology monopoly for 30 years to make high profits. The achievement was awarded the second prize of National Science and Technology Progress Award in 2016. The industrialization application is being continuously promoted, and more than 100 projects have been promoted in China, Russia, Belarus, Myanmar, India and other countries and regions.

We have overcome the problems of unstable operation of the traditional integrated method chlorine dioxide preparation system, high chlorine content in the product, high oxygen content in the hydrogen produced by electrolysis, and developed a stable, high-efficiency, solids-free integrated method chlorine dioxide preparation technology, and the chlorine dioxide generation efficiency has increased from 90.0% to 93.5%, solving the problems of low conversion rate of sodium chlorate by traditional methanol reduction method, high chlorine content in the product, and difficulty in by-product The conversion rate of sodium chlorate was increased from 95% to more than 97%. We have invented the high temperature chlorine dioxide bleaching and chlorine dioxide preparation technology and equipment system based on the inhibition of AOX generation, which has solved the "neck" technology problem of clean bleaching in China and completely broken the technology and equipment monopoly of Canada and other countries, and has been applied in nearly 30 enterprises at home and abroad, such as APP Group, one of the world's top ten paper companies. AOX ultra-low emissions were achieved, and the series of achievements won the 2019 National Technical Invention Second Prize, which is the only National Technical Invention Second Prize in Guangxi so far.

Based on the key technology of liquid-solid one-step complete transformation of non-homogeneous chemical reaction, the amphoteric wood fiber-based adsorbent material with many adsorption sites, high density and balanced has been developed, which solves the difficult problem of efficient removal of multiple heavy metal ions at low concentration in water bodies. It has been applied in more than 40 heavy metal polluted water bodies, substrates and mining soil remediation projects in China, which has improved the equipment technology and industrialization level of heavy metal soil remediation in China and achieved good social, ecological and economic benefits.

Using high value modification technologies such as green plasma-enhanced chemical vapor deposition, 3D printing, microcapsules, layer-by-layer self-assembly and particle emulsification, we have explored the functional properties of fiber-based materials such as mechanical enhancement, high barrier, optical and antibacterial, and systematically developed a series of biomass-based functional packaging materials, such as PLA high barrier, anti-migration, superhydrophobic and structural color functional composites. chlorine dioxide microcapsules and microcapsule-based fillers/coatings of natural actives such as antibacterial and antioxidant, as well as functionalized biomass-based packaging materials such as nanocellulose-based high barrier coatings, thermal insulation and cushioning foams, 3D printed containers, active antibacterial films and smart indicator labels.

A series of important achievements have been made in engineering key technology and equipment for large scale chlorine dioxide preparation, engineering key technology for multiple reinforced elementless chlorine bleaching, engineering technology for efficient anaerobic treatment and resource utilization of highly concentrated organic wastewater, etc., and industrialized applications. Among them, 10 core invention patents have been transformed in the fields of chlorine dioxide preparation and clean bleaching, paper wastewater treatment, etc., and the transfer amount is up to more than 10 million RMB.

History of paper manufacture and environmental destruction in China
At the beginning of the reform and opening up, small and medium-sized paper enterprises sprang up, numbering nearly 10,000, which strongly revitalized the local economy, increased employment and raised people's living standards. However, the lack of environmental awareness and related laws, as well as the lack of experience in advanced wastewater treatment, caused serious environmental pollution. Wang Shuangfei academician in 1984-1988 during the work of Hengyang paper mill, witnessed the cooking black liquor because of the difficulty of the recovery process, high cost and directly out of the discharge, resulting in the extinction of fish and shrimp in the river, foam tumbling, heavy smell, everyone cover their noses, the whole country "talk about paper", the paper industry was put on the "High pollution" hat, a wear nearly decades, has become a real pain for paper makers. Especially in 1994, numerous small pulp mill wastewater without treatment directly into the Huai River, resulting in shocking Chinese and foreign Huaihe River basin water pollution events. This event caused the central government to pay great attention to the paper industry, inspiring determination and confidence to solve the problem of environmental pollution, but also contributed to Wang Shuangfei academician determined to solve the paper industry pollution "pain point" of faith.

Wang Shuangfei academician from the beginning will think that change paper industry high pollution status quo must rely on continuous innovation in science and technology, thus, Wang Shuangfei academician in 1988 admitted to the Northwest Institute of Light Industry (now Shaanxi University of Science and Technology) to pick up the books again to study for a master's degree, in 1992 admitted to South China University of Technology to study for a doctorate degree, research advanced methods and technologies to deal with paper wastewater pollution. 1995 after graduation from the doctorate He joined Guangxi University as a professor and has been devoted to the research of clean pulp and paper making and end-of-pipe wastewater treatment. During 1994-1996, the scientific research results of biological treatment of wastewater, clean bleaching and advanced pulp making methods were published in "Northern Paper" (predecessor of "China Paper"), laying a good foundation for future challenges.

Soon after Wang Shuangfei came to work at Guangxi University, with the support of the university, he led the establishment of a research and development group consisting of four people, relying on learning advanced experience and technology at home and abroad and devoting himself to exploratory research on clean production and pollution control. He led the group to conduct a lot of research in relevant enterprises in Guangxi and other places. In the years of master's degree, Wang Shuangfei academician has never forgotten the belief that made him determined to continue scientific research - to take off the "high pollution" hat of China's paper industry. In the late winter of 2004, Wang Shuangfei, a young man from Hunan who grew up in the land of fish and rice, led his group to do a pilot experiment on the anaerobic treatment of cotton pulp waste in a makeshift pilot plant in a cold Shijiazhuang factory, where he lived and ate continuously for more than three months. After overcoming all the discomforts in life and experiencing numerous failures in experiments, finally, the technical products they developed gradually gained the recognition of enterprises, and in the same year, they won the first industrialization project of wastewater treatment in Guangxi South Sugar Paper Industry.

The improvement of Yongjiang water quality
Soon after Wang Shuangfei came to work at Guangxi University, with the support of the university, he took the lead in setting up a research and development group consisting of four people, relying on the study of advanced experience and technology at home and abroad, and devoted himself to the exploration and research of clean production and pollution control. He led the group to conduct a lot of research in relevant enterprises in Guangxi and other places, and found that a large amount of highly concentrated wastewater generated by the paper industry in Guangxi was discharged into the Yongjiang River after simple treatment, leading to the deterioration of water quality and causing a series of environmental damage and pollution, and this "pain point" reinforced his "governance This "pain point" reinforced his belief in "governance". After the research, he led his team to carry out a lot of experiments and research.

In the late winter of 2004, Wang Shuangfei, a young man from Hunan who grew up in the land of fish and rice, led his team to do a pilot experiment on anaerobic treatment of cotton pulp slurry in a temporary pilot plant in a cold Shijiazhuang factory, where he lived and ate continuously for more than three months. After overcoming various discomforts in life and experiencing numerous failures in experiments, finally, the technical products they developed gradually gained the recognition of enterprises, and in the same year, they fought for the first industrialization project of wastewater treatment in Guangxi South Sugar Paper Industry.

The first success is undoubtedly a "strong heart", he then led the team to carry out the project with confidence, so that the project was successfully concluded, the technology to treat high concentration wastewater effect is remarkable, the use of anaerobic technology can treat 7000 tons of bagasse pile spray wastewater in a day, while the treatment of the resulting biogas into the boiler can also save The anaerobic technology used can treat 7,000 tons of bagasse spraying wastewater in one day, while the biogas generated from the treatment can be fed into the boiler to save coal, which not only turns waste into treasure but also greatly improves the water quality of Yongjiang. A person in charge of the Nanning Environmental Protection Bureau at the time said that Professor Wang Shuangfei and his team should be thanked most for the improvement of Yongjiang water quality.

"I think if I want to talk about my successful experience, one of my most important experience is that I came to Guangxi and Guangxi University. Because Guangxi and Guangxi University, especially the government at all levels in Guangxi, attach great importance to scientists who really want to do something, really want to do scientific research, or really want to do academic work. Our Guangxi University pays high attention to those scientists who really have ideas, or really want to do something, and strongly supports them in the case of limited financial resources, which is rare and valuable, if people who really want to become talents should come to Guangxi," said Wang Shuangfei.

Serving the local community to create a green ecology
In recent years, with the development of Guangxi University, many of Wang Shuangfei's students stay in the school or Guangxi after graduation, and many of them become members of Wang Shuangfei's team and fight in the "green" business front. Wang Shuangfei organically combines scientific research and team building, and has trained more than 100 master and doctoral students, most of whom have grown into backbone in related fields. His doctoral student, Professor Zhu Hongxiang from the School of Light Industry and Food Engineering, said, "Professor Wang advocates collaboration. Whether it is the use of funds or the sharing of results, he arranges them in a standardized, orderly, fair and reasonable manner."

Students are impressed by Wang Shuangfei's endurance and perseverance in scientific research. Professor Qin Chengrong said, "Sometimes we get bored, but Professor Wang does not give in and still leads us to continue our research and argumentation, no matter dozens or hundreds of times, and never give up until we reach our goal."

"If you fail, you still have me." Whenever a new research project begins, he will say this to the team, becoming the "backbone" of the team's bold attempts to develop ideas.

Nowadays, Wang Shuangfei's team has gathered a group of highly educated technical leaders with overseas study background to form a high-quality technical innovation team. 43 fixed scientific research members of the team are now, among whom 76.5% are party members, 13 have senior titles and 95.3% have doctoral degrees. The team has also gone from the first small industrialization project of several tens of thousands of yuan to undertake the wastewater treatment of Guangxi South Sugar Paper to the national key research projects of tens of millions of yuan today. At present, there are 65 scientific research projects under research, including 15 national projects such as National Natural Science Foundation of China, 32 provincial and ministerial projects, and 18 horizontal and other projects within the plan.

"A good team is the guarantee of scientific and technological innovation"
Along with the development of the school's undertakings and the continuous optimization of the environment for the growth of talents, many of Wang Shuangfei academician's doctoral students have stayed in the school or Guangxi after graduation, and some master's students have returned to Guangxi after graduation from some domestic famous universities, all of them are still fighting in the "green" business front as members of their own supervisory team. Wang Shuangfei academician attaches great importance to team building, he organically combines scientific research and team building, is far-sighted and open-minded, and constantly conveys positive energy for team growth. His doctoral student, Professor Zhu Hongxiang from the School of Light Industry and Food Engineering, said that Professor Wang advocates collaboration, and his "four major" scientific research concepts are the magic weapon of team development, namely, the integration of teamwork team, the wisdom of teamwork and enterprise collaboration, the power of collaboration, and the effectiveness of collaboration, which is beyond the reach of any individual power. The team and the enterprise collaborative wisdom cohesion is great, the power of collaboration is great, the effectiveness of collaboration is great, which is any individual power can not reach. Here, the team and individuals develop simultaneously and promote each other's development. Here, under the premise of obeying the unified requirements of the subject, he let everyone choose the work according to their own interests and strengths, each doing their best, and in addition to the division of labor, whether it is the use of funds, or the sharing of results, are arranged in a standardized, orderly, fair and reasonable manner.

Therefore, these responsibilities and interests firmly hold each individual together, so that the individual consciousness gradually decreases and the collective consciousness increases, and this team consciousness eventually converges into a strong synergy, and forms a virtuous circle, driving the team toward high quality development. 20 years, "family sentiment" has always been a high-sounding aspect of the journey led by academician Shuangfei Wang. In the past 20 years, "family sentiment" has always been a high flag of the team led by academician Wang Shuangfei, which constantly inspires the team to forge ahead in the new era of scientific research. He leads the team to follow the "national greatness", relying on the core technology advantage and continuous innovation R & D strength to actively dovetail with national and local development strategies, combined with Guangxi's traditional advantageous industries and ecological environmental advantages, and constantly optimize and condense research direction, around the pulp and paper industry, energy saving and environmental protection industry transformation and upgrading, subtropical characteristics of plant resources clean Pulp and paper and wastewater resource utilization, efficient and clean separation and application research of the main components of woody biomass, oxidative degradation of lignin and reduction mechanism of adsorbable organic chlorides (AOX) in the process of chlorine dioxide bleaching, and research and development of biomass-based functional packaging materials, constituting an "upstream, midstream and downstream linkage trinity" of special features. Plant resources pulp and paper, high value utilization research system, the formation of a chain of chemical cross-collective talent advantages and achievements, to solve the key scientific problems in the development of China's clean pulp and paper and biomass high value utilization industry to create a first-class research platform, for the ASEAN cooperation to provide international scientific and technological cooperation platform, to achieve a high level of scientific and technological self-reliance and self-improvement to lay a solid foundation.

Guangxi Bossco Envirn (博世科)
Founded by Wang Shuangfei, Boschco Environmental Protection Company was established in 1999 and listed on the GEM of Shenzhen Stock Exchange in February 2015, becoming the first GEM listed enterprise in Guangxi and achieving the "zero breakthrough" of Guangxi GEM. With the concept of "World, Science and Technology First", Boschco provides considerate and thoughtful services to customers according to their technical, operational and environmental requirements. The company is a key high-tech enterprise under the Torch Plan of the Ministry of Science and Technology of the People's Republic of China, a backbone enterprise of China Environmental Protection Industry Association and a national outstanding brand enterprise of environmental protection, with 66 patents. The business areas focus on water treatment and resource utilization, clean production, solid waste disposal and resource utilization, air pollution treatment, heavy metal pollution treatment and environmental remediation, etc. As the largest integrated environmental service provider in Guangxi, the company's service scope covers the entire environmental protection industry chain, including engineering consulting and design, research and development, equipment manufacturing, engineering construction, facility operation, investment and financing operation, and is committed to building a comprehensive environmental service provider with core technologies.

Development of Bossco
The success of Bossco did not happen overnight, but also after a long time of continuous accumulation and market test. It took 4-5 years for Wang Shuangfei's team to go from basic research to pilot study to final industrialization. 2007 was a great success for Bossco when it did its first project in Guangxi South Sugar Paper. The anaerobic technology used in this project can treat 7,000 tons of bagasse pile wastewater in one day, and the biogas produced by the treatment can enter the boiler and save more than 20 tons of coal. Due to the remarkable effect of anaerobic technology in treating high concentration wastewater, it also greatly improved the water quality of Guangxi Yongjiang River. The then director of Nanning Environmental Protection Bureau said, "Bossco Technology is the one to thank for the change of water quality in Yongjiang River."

Thus, Bossco Technology entered the environmental protection field from then on. After Bossco's first anaerobic treatment reactor was successfully operated, most of the paper mills in Guangxi started to use Bossco's technology extensively, and later starch plants, alcohol fermentation plants, pharmaceutical plants, etc. also used Bossco's anaerobic technology. When introducing this company's core technology, Wang Shuangfei said proudly: "In terms of anaerobic technology, our technology has reached the international advanced technology level, and relies on high cost performance to quickly occupy the domestic market, and break the technical monopoly of the Dutch company Parker in this field, from a certain level our technology is the first. And in a short time, seven of the top ten domestic paper mills use our Boschco technology." Bosch Technology entered the environmental protection industry from the first core technology --- anaerobic technology, the starting point is relatively high, the technology content is also very high, the promotion speed is also very fast, the application of enterprises are large enterprises. At that time, Wang Shuangfei positioned the company to serve large enterprises that really need to solve environmental problems, and gradually realized that technological innovation is the soul of the enterprise.

In 2009, the national requirements for industrial wastewater discharge were further improved, and there were new standards for COD. According to the national requirements, the COD concentration of wastewater treated by Bossco's anaerobic technology at that time could not reach the national requirements. In order to meet the national standard, Bosch Technology rose to the challenge and within a short time, Wang Shuangfei's team developed the company's second set of core technology - Fenton oxidation technology.

Speaking of this, Wang Shuangfei said very confidently: "The emergence of this technology has created conditions for industrial enterprises to adapt to national requirements and for China's paper industry to continue to survive. This in turn further establishes our leading position in the heavy pollution industry. In the field of high concentration industrial wastewater treatment, Fenton oxidation technology is in the first position inside the same industry, there is no doubt about it."

The company's third core technology is pulp bleaching chlorine dioxide preparation technology. Traditional pulp bleaching uses chlorine and hypochlorite, and the bleaching wastewater discharged into rivers contains many carcinogenic substances, so developed countries in Europe and America have all eliminated chlorine bleaching as early as the 1990s and adopted clean chlorine dioxide bleaching; but chlorine dioxide bleaching in China's pulp industry has been slow to promote, because chlorine dioxide preparation technology is all monopolized by three foreign companies. Bosch Technology In order to change the status quo of our industry, we have started the basic research of this preparation technology since 2005, and carried out the industrialization in 2008, and the first set of chlorine dioxide preparation system of Bosch Technology was successfully operated in 2010, which broke the foreign monopoly at one go. Wang Shuangfei said: "Taking advantage of the price, we have entered the international market in a short time, which is not a simple thing in China's environmental protection industry and paper industry. Our technology has been adopted by the world's top 500 companies, and this technology has also become the most internationally competitive core technology of Boschco, which likewise plays a good role as a model for the internationalization of domestic brands and the shaping of a new image of Chinese manufacturing."

The road to combating with the climate crisis
According to Wang Shuangfei, Bossco has been involved in the field of flue gas denitrification since last year. When expanding this part of the field, Wang Shuangfei team also considered for a long time, thinking how to make Bossco's characteristics in this field. Finally Wang Shuangfei decided: to do, we should do the most difficult, not to participate in the low-end market competition, to do something and not to do something.

At present, the glass industry is the most difficult to deal with the flue gas, the glass industry as one of the fundamental property of the national economy, is both a major energy consumer, but also a serious pollution industry, the glass kiln air pollutant emissions have become a major factor limiting the sustainable growth of the glass industry. 2014, Bossco and Japan Asahi Glass Group (AGC) for technical cooperation, according to the characteristics of Chinese glass kiln flue gas Ltd. has been running continuously and stably for more than 3 months, which marks the first nationwide high-temperature flue gas dedusting and denitrification project using petroleum coke as the main fuel for glass kilns. The successful case of operating flue gas denitrification in Follett has also expanded Bossco Environmental's influence in the flue gas denitrification industry.

For a highly polluting industry like the glass industry to exist, the industry must meet the national standards for its flue gas emissions. "How can we meet the standards? It's just a matter of choosing our technology, in which I have full confidence."

In addition, Bossco's business scope also involves in heavy metal treatment and soil remediation. the Bossco team has accumulated a large number of new technologies and practical experience in contaminated site remediation, covering farmland pollution treatment, soil drenching technology, heavy metal pollution ecological remediation technology, etc., and has built a perfect technical service system, and has achieved good site remediation in the Hechi area of Guangxi, Chenzhou and Zhuzhou, Hunan, etc. We have achieved good results in site remediation in Hechi, Guangxi, Chenzhou and Zhuzhou, Hunan.

Future of Bossco
Even though based in Guangxi, Bossco is still looking at the whole country at the same time. "Going out" as a timely goal also become part of the company's strategic planning, Southeast Asian countries, Canada, the United States, Russia, etc. will become the focus of development of overseas markets. Talking about the company's strategy and brand promotion, Wang Shuangfei said, "We have set up a wholly-owned subsidiary in Beijing, with the aim of making a window of brand strategy in Beijing. Since the company went public, I have also been thinking about the company's strategy, how the development strategy of the enterprise and Boschco brand promotion should be implemented and how it should be positioned are things that should be carefully considered."

Reviews
Wang Shuangfei has made important contributions to the promotion of scientific and technological progress and industrial structure optimization and upgrading, as well as the implementation of the "Water Pollution Prevention and Control Action Plan". (Reviewed by the Chinese Academy of Engineering)

Shuangfei Wang has made a series of important achievements in the field of pulp clean bleaching and waste paper clean pulp production, and has made important contributions to the sustainable development of China's paper industry. (Reviewed by Guangxi University)