Provincial-Level Recognition: NanoFiltech–University Joint R&D Project Selected for the 2026 “Pioneer & Leading Goose + X” Science and Technology Program

NanoFiltech is pleased to announce that a joint industry–academia research project developed in collaboration with Zhejiang Sci-Tech University has been officially selected for the 2026 “Pioneer & Leading Goose + X” Science and Technology Program, as recently published by the Zhejiang Provincial Department of Science and Technology.

The approved project, titled

was recognized for its strong technological innovation, clear industrial relevance, and significant application potential in high-standard pharmaceutical environments.

The “Pioneer & Leading Goose + X” Program is a provincial-level science and technology initiative established to address critical core technologies and accelerate breakthroughs in strategic industries. Selection into this program represents a high level of technical and innovation recognition.

This project builds on the long-term collaboration between NanoFiltech and Zhejiang Sci-Tech University. The university brings extensive research expertise and national-level research platforms in fiber materials and textile engineering, with outstanding achievements in functional fiber design and advanced material fabrication.

NanoFiltech, as a technology-driven manufacturer specializing in nanofiber filtration materials and high-performance air filtration solutions, contributes deep industrial insight, engineering know-how, and large-scale manufacturing capabilities. The collaboration represents a strong integration of fundamental research innovation and industry-driven application development, forming a complete innovation chain from theory and material design to process optimization and real-world deployment.

Biopharmaceutical cleanrooms are essential to drug safety and quality, where air cleanliness directly impacts production reliability and patient safety. As biopharmaceutical processes continue to advance, filtration systems must meet increasingly stringent requirements—particularly for the capture of viruses, aerosols, and nano-scale particulate contaminants.

Traditional air filtration materials are approaching performance limits in balancing filtration efficiency, pressure drop, and service life. The gradient-structured air filtration materials developed under this project aim to overcome these challenges through innovative material architecture and controlled fabrication technologies, offering a next-generation solution for high-grade cleanroom environments.

This project selection not only reflects strong recognition of the research team’s technical capabilities, but also reinforces NanoFiltech’s long-term commitment to innovation-driven development.

Looking ahead, NanoFiltech will continue to increase R&D investment, deepen industry–academia collaboration, and focus on advanced filtration technologies aligned with global pharmaceutical, biotechnology, and cleanroom standards. Through continuous material innovation, NanoFiltech remains dedicated to delivering high-performance, energy-efficient, and reliable air filtration solutions for critical industries worldwide.