The Scientific Team Behind Fifth-Generation ODS Alternatives: Yuji’s Innovation Vanguard

2025-06-12 14:30

On China’s National Science and Technology Workers’ Day (May 30), we recognize the dedicated research team at Quanzhou Yuji Advanced Materials. Quietly but consistently, they have driven major progress in environmentally friendly fluorochemicals. This is the story of how Yuji’s scientists are helping shape the future of ODS alternatives with Chinese expertise and global awareness.

 

 

Strategic Foresight: Pioneering a Technical Revolution

Innovation often begins with long-term vision and a strong sense of scientific responsibility.

Yuji’s founder—an internationally renowned expert in fluorochemicals with more than 30 years of experience in ozone-depleting substance (ODS) alternatives—was among the early pioneers in this field in China. Under his leadership, the company has brought together a diverse team of PhD researchers and industry professionals, forming a collaborative “scientist-engineer” model that integrates academic insight with practical application.

Today, with international environmental regulations tightening and growing attention on PFAS (“forever chemicals”), the fluorochemical industry faces mounting pressure to develop cleaner, safer alternatives.

In 2024, Yuji made a strategic leap—defining and industrializing fifth-generation ODS alternatives with three breakthrough benchmarks:

✓ Zero ODP (ozone depletion potential)
✓ Ultra-low GWP (global warming potential)
✓ No TFA (trifluoroacetic acid) degradation

This innovation was publicly introduced at the China Fluorosilicone Industry Association Forum in April 2024 by Dr. Jia Xiaoqing, Chairman of Yuji—marking the first time a Chinese enterprise has taken the lead in this area of innovation.

Convergence Innovation: Shattering Technical Barriers

Bringing fifth-generation ODS alternatives from concept to reality required a highly coordinated, cross-functional effort across R&D, production, and market application:

  • R&D:Molecular screening and computational design
  • Production:Industrial-scale process engineering
  • Market:Application-driven development

 

 

1. Molecular Design: Finding the One in a Million

Yuji’s team employed:

  • High-throughput computational screening of 1M+ compounds
  • Multi-parameter optimization (ODP/GWP/toxicity/flammability)
  • 200+ lab trials to perfect synthesis routes

“Our proprietary fluorination catalyst system enabled us to accelerate optimization by 300%,” says Dr. Yang Xiaodong, R&D Lead. “We aim not only to meet performance standards but also to make the production process more economical and sustainable.

  1. Industrialization: Moving Beyond the Lab

Yuji’s process engineers transformed gram-scale success into 100-ton production through:

  • Precision parameter optimization
  • Closed-loop material flows
  • Near-zero waste processes

“Scale-up isn’t magnification—it’s re-engineering for eco-efficiency,” emphasizes Li Yongfu, Pilot Plant Director.

This achievement marks meaningful progress in the development of next-generation fluorinated ODS alternatives and contributes to:

l Compliance with the Montreal Protocol

l Progress toward carbon neutrality

l Advancement of sustainable cooling initiatives worldwide

Talent Incubation: Building a Global Innovation Hub

Beyond technology, Yuji is also committed to cultivating international talent and cross-border collaboration. Key achievements include:

  • A portfolio of 100+ patents driven by in-house innovation
  • A full-cycle talent development system covering R&D, production, and application
  • Strategic hiring of experts from global markets, including Japan and the U.S.

 

Recent milestones further reinforcing this approach include:

  • The formation of rapid-response technical teams to tackle development bottlenecks
  • The launch of new international research partnerships focused on fifth-generation applications

 

 

With a growing base of scientific talent and a clear focus on sustainable innovation, Yuji is making a meaningful contribution to addressing global environmental challenges through rigorous science and practical commitment.