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.

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.

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.

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.