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. 🌱🧪🎨
Publication Profile
Education & Experience 
✅ B.S. in Polymer Science & Engineering (2008-2012) – Jilin University 🏛️
📝 Thesis: Polymerization of amino acid polymers 🧬
✅ Ph.D. in Polymer Materials (2012-2018) – Zhejiang University 🎓
📝 Thesis: Living polymerization & surface design of biocompatible polymers 🏗️
✅ Visiting Scholar (2017-2018) – The Ohio State University 🌎
🔬 Research: 3D polymer scaffold for tissue engineering 🏥
✅ Chemist (2019-2021) – Sherwin-Williams, Foshan, China 🏭
🔬 R&D in materials science, coatings, and adhesives 🎨
✅ Lecturer (2022-Present) – Zhejiang A&F University 🏛️
📚 Teaching and research in polymer materials and coatings 🧪
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 Development 
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 🏥. His doctoral work at Zhejiang University focused on living polymerization and biocompatible surface design, contributing to biomaterials innovation 🎓. His industry experience at Sherwin-Williams allowed him to develop high-performance coatings, including anti-mildew, flame-retardant, and smart coatings 🏭. Currently, as a Lecturer at Zhejiang A&F University, he integrates research, teaching, and industrial collaboration to pioneer next-gen polymer materials 🌍.
Research Focus 
Dr. Sai Wu’s research is centered on polymer materials and functional coatings, integrating biomimetic principles with advanced material engineering 🧪. He specializes in biomimetic polymer synthesis 🌱, bioinspired adhesives 🦎, and smart coatings that respond to environmental stimuli 🌡️. His work in anti-mildew coatings 🦠 and flame-retardant materials 🔥 enhances durability and safety in industrial applications. By developing responsive and sustainable coatings, he contributes to eco-friendly innovations 🌍. His research aims to bridge fundamental polymer science with practical applications, creating high-performance materials for diverse industries, from healthcare to construction. 🏗️🎨
Awards & Honors 
🏅 Outstanding Researcher Award – Zhejiang A&F University 🏛️
🏅 Best Paper Award – International Polymer Conference 📝
🏅 Innovation in Coatings Award – Sherwin-Williams R&D 🌟
🏅 Scholarship for Academic Excellence – Zhejiang University 🎓
🏅 Visiting Scholar Grant – The Ohio State University 🌎
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. 🧪🔬
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“Asymmetric evaporation for efficient and simultaneous extraction of freshwater, salt, and electrical energy from seawater.” Energy & Environmental Science, 2024. 🌊⚡
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“Tuning interfacial desolvation kinetics to stabilize ammonium vanadate cathodes in aqueous zinc-ion batteries.” Journal of Alloys and Compounds, 2025. 🔋🔧
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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. 🌳⚙️
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“Constructing thermal convection film for low heat loss and high salt resistance in wood-based solar evaporators.” Small, 2024.☀️🌿
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“Solar-powered flow-through catalytic evaporator for high-performance water desalination and synergistic pollutant degradation.” Desalination, 2024. 💧🔄
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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. 🔥🌱
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“Laser-engraved wood-based evaporators: A sustainable approach for solar interfacial evaporation.” Chemical Engineering Journal, 2024. 🌞🪵