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Academicians

Deep Collaboration With American & Chinese Academicians——The Founder Of Global Polyacrylamide Brand With Stable Quality

Overview
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Phil S. Baran

Phil S. Baran
Academician

Phil S. Baran is a member of the National Academy of Sciences, a member of the American Academy of Arts and Sciences, a former postdoctoral associate at Harvard University, and a professor at Scripps Research. He is a globally renowned expert in the field of chemical synthesis.

Baran studied under Nobel Laureate E. J. Corey and has been hailed as a scientist “20 years ahead of his peers.” He has made groundbreaking achievements to chemical synthesis, including the first total synthesis of the complex compound Palau'amine and pioneering methods for C–H bond functionalization. For his exceptional contributions, he was awarded the MacArthur Fellowship ("Genius Grant") and is regarded as an authoritative leader in the global field of organic chemistry.
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Shen Yinchu

Shen Yinchu
Academician

Shen Yinchu , a member of the Chinese Academy of Engineering and an expert in biochemical engineering, is renowned as the "Father of Polyacrylamide in China" and the "Pioneer of China's Biochemical Industry". He developed the industrialized microbial catalytic process for producing acrylamide and established China's first large-scale biotechnological facility for manufacturing bulk chemical raw materials, marking a groundbreaking application of biocatalysis in the chemical industry. In 2021, the National Functional Polymer Industry Committee honored him with the Lifetime Achievement Award for Outstanding Contribution to the Functional Polymer Industry. Shouxin, a company specializing in polyacrylamide, also greatly benefits from the scientific achievements of Academician Shen in the "10,000-ton microorganism catalysis method for producing acrylamide".
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Message from Academician

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Message from Phil S. Baran
Guangdong Shouxin Environmental Protection Materials Technology Co., Ltd. has adopted an innovative business model. From product formula development and contracting production lines to the quality control processes, this method effectively ensures the stability of polyacrylamide quality, exceeding the quality stability level of traditional factories. Just like the Nike model in our country, the reason why the quality of Nike shoes is so stable is actually the effect of this model. In addition, because Shouxin focuses on formula development, the range of product models will be more comprehensive, the matching degree will be higher, and the effect will be better. I sincerely believe that Shouxin Company will continue to innovate in the future and launch more and better product models to improve the stability of product quality further. Shouxin, come on!
Academician's signature:Message from Phil S. Baran
Message from Shen Yinchu
The innovative polyacrylamide business model of Guangdong Shouxin Environmental Protection Materials Technology Co., Ltd. effectively controls the quality stability of polyacrylamide from product formula R&D, contracting the production line and quality supervision processes, which makes product quality much more stable than product produced by traditional factories, and they focus on formula R&D, with more complete models and scale selection, resulting in higher matching of selected models. I hope that Shouxin can develop more product models that are more suitable for market demand, making quality more stable and developing broader domestic and international markets! Shouxin, keep going!
Academician's signature:Message from Shen Yinchu

Activities and Collaboration
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Phil S. Baran, Member of the National Academy of Sciences, USA,  Serves as R&D Advisor for Shouxin Shouxin Environmental Protection

Phil S. Baran, Member of the National Academy of Sciences, USA, Serves as R&D Advisor for Shouxin

Shouxin and Academician Phil S. Baran had in-depth discussions on cutting-edge technologies and development directions in the field of environmental protection.
Academician Phil S. Baran officially serves as the R&D advisor for Shouxin.
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Academician Shen Yinchu Collaborates with Shouxin to Advance Strategic Technological Upgrade Shouxin Environmental Protection

Academician Shen Yinchu Collaborates with Shouxin to Advance Strategic Technological Upgrade

Academician Shen Yinchu of the Chinese Academy of Engineering visited Shouxin for guidance.
This exchange is of great significance for Shouxin in terms of technological innovation and industry development.
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Shouxin Partners with Academician Phil S. Baran's Top-Tier R&D Team to reshape Industry Benchmarks in Water Treatment through Molecular-Level Innovation

Shouxin Partners with Academician Phil S. Baran's Top-Tier R&D Team to reshape Industry Benchmarks in Water Treatment through Molecular-Level Innovation

As the water treatment industry is confronted with global challenges such as "performance decay under extreme conditions" and "precise adaptation within complex systems", Shouxin is breaking the bottleneck through top-tier scientific collaboration. The company has established an in-depth strategic partnership with a research team led by world-renowned authority in synthetic chemistry and U.S. National Academy of Sciences member, Academician Phil S. Baran. Together, they are redefining the technical paradigm of polyacrylamide (PAM) through molecular-level innovation, delivering water treatment solutions with "superior stability" and "greater specificity" to global clients.
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Shouxin & Academician Shen Yinchu's Team Jointly Explore New Pathways for Developing Tailored and Stable PAM Formulations

Shouxin & Academician Shen Yinchu's Team Jointly Explore New Pathways for Developing Tailored and Stable PAM Formulations

While polyacrylamide (PAM) has become a cornerstone chemical for treating municipal wastewater and industrial effluents from dyeing, petrochemical, and mineral processing industries, a pressing global bottleneck has emerged. The significant fluctuations in pH, varying ionic strengths, and complex pollutant compositions across different wastewater systems can readily trigger a conformational shift in PAM molecules and reduce charge neutralization efficiency. This inevitably leads to unstable flocculation and uncontrolled chemical dosage. Therefore, "formulation stability" has become the critical obstacle to maximizing PAM's efficacy.
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