Dr. Sai Wu is a Lecturer at the College of Chemistry and Materials Engineering, Zhejiang A&F University, China. He earned his Ph.D. in Polymer Materials from Zhejiang University and was a Visiting Scholar at The Ohio State University. His expertise spans biomimetic polymer synthesis, bioinspired adhesives, and smart coatings. Previously, he worked as a Chemist at Sherwin-Williams, focusing on R&D in materials science. His research explores anti-mildew, flame-retardant, and responsive coatings. Passionate about innovation, he contributes to sustainable material advancements in academia and industry. π±π§ͺπ¨
Publication Profile
Education & ExperienceΒ 
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B.S. in Polymer Science & Engineering (2008-2012) β Jilin University ποΈ
π Thesis: Polymerization of amino acid polymers π§¬
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Ph.D. in Polymer Materials (2012-2018) β Zhejiang University π
π Thesis: Living polymerization & surface design of biocompatible polymers ποΈ
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Visiting Scholar (2017-2018) β The Ohio State University π
π¬ Research: 3D polymer scaffold for tissue engineering π₯
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Chemist (2019-2021) β Sherwin-Williams, Foshan, China π
π¬ R&D in materials science, coatings, and adhesives π¨
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Lecturer (2022-Present) β Zhejiang A&F University ποΈ
π Teaching and research in polymer materials and coatings π§ͺ
Suitability Summary
Dr. Sai Wu is a highly accomplished researcher and a deserving candidate for the Best Researcher Award, recognized for his outstanding contributions to polymer materials science. Currently a Lecturer at Zhejiang A&F University, he holds a Ph.D. from Zhejiang University and has gained international experience as a Visiting Scholar at The Ohio State University. His research focuses on biomimetic polymer synthesis, bioinspired adhesives, and advanced coatings, including anti-mildew, flame-retardant, and smart coatings. With industrial experience at Sherwin-Williams, Dr. Wu has successfully translated research innovations into real-world applications, making remarkable advancements in materials engineering and sustainable technologies.
Professional DevelopmentΒ 
Dr. Sai Wu has continuously advanced in polymer materials science, blending academic research with industrial applications. As a Visiting Scholar at The Ohio State University, he explored 3D polymer scaffolds for tissue engineering π₯. His doctoral work at Zhejiang University focused on living polymerization and biocompatible surface design, contributing to biomaterials innovation π. His industry experience at Sherwin-Williams allowed him to develop high-performance coatings, including anti-mildew, flame-retardant, and smart coatings π. Currently, as a Lecturer at Zhejiang A&F University, he integrates research, teaching, and industrial collaboration to pioneer next-gen polymer materials π.
Research FocusΒ 
Dr. Sai Wu’s research is centered on polymer materials and functional coatings, integrating biomimetic principles with advanced material engineering π§ͺ. He specializes in biomimetic polymer synthesis π±, bioinspired adhesives π¦, and smart coatings that respond to environmental stimuli π‘οΈ. His work in anti-mildew coatings π¦ and flame-retardant materials π₯ enhances durability and safety in industrial applications. By developing responsive and sustainable coatings, he contributes to eco-friendly innovations π. His research aims to bridge fundamental polymer science with practical applications, creating high-performance materials for diverse industries, from healthcare to construction. ποΈπ¨
Awards & HonorsΒ 
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Outstanding Researcher Award β Zhejiang A&F University ποΈ
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Best Paper Award β International Polymer Conference π
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Innovation in Coatings Award β Sherwin-Williams R&D π
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Scholarship for Academic Excellence β Zhejiang University π
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Visiting Scholar Grant β The Ohio State University π
Publication Top Notes
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“Improving the strength and toughness performance of urea-formaldehyde adhesive using a biomimetic strategy.” European Journal of Wood and Wood Products, 2025. π§ͺπ¬
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“Asymmetric evaporation for efficient and simultaneous extraction of freshwater, salt, and electrical energy from seawater.” Energy & Environmental Science, 2024.Β πβ‘
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“Tuning interfacial desolvation kinetics to stabilize ammonium vanadate cathodes in aqueous zinc-ion batteries.” Journal of Alloys and Compounds, 2025. ππ§
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“Molten salt activation combined with in-situ surface graphitization towards wood-derived self-supporting carbon electrodes with high volumetric specific capacity for zinc-ion hybrid supercapacitors.” Industrial Crops and Products, 2024. π³βοΈ
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“Constructing thermal convection film for low heat loss and high salt resistance in wood-based solar evaporators.” Small, 2024.βοΈπΏ
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“Solar-powered flow-through catalytic evaporator for high-performance water desalination and synergistic pollutant degradation.” Desalination, 2024. π§π
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“Flame retardant mechanism-inspired fabrication of all-biomass-derived porous carbons for zinc-ion hybrid supercapacitors.” Industrial Crops and Products, 2024.Β π₯π±
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“Laser-engraved wood-based evaporators: A sustainable approach for solar interfacial evaporation.” Chemical Engineering Journal, 2024. ππͺ΅