Run‐Cang Sun

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About

Run-Cang Sun is a pioneering figure in biorefinery and lignocellulosic chemistry, with a career dedicated to transforming plant biomass into sustainable materials and chemicals. His research centers on the structural characterization and valorization of lignin, hemicelluloses, and cellulose, developing green fractionation technologies that unlock the full potential of agricultural residues. Sun’s major contributions include pioneering work on lignin-based functional polymers, such as the creation of a lignin-powered versatile bioelastomer for smart photothermal conversion—a breakthrough that marries sustainability with advanced material science. With over 55,000 citations across his publication record, his work has profoundly shaped the field of renewable materials. Notably, his 2024 study on lignin-based photothermal elastomers (55 citations) exemplifies his commitment to addressing sustainability challenges in smart flexible materials. Sun has also authored numerous highly cited reviews on biomass pretreatment and lignin chemistry, earning him recognition as one of the world’s most influential researchers in agricultural and biological sciences. His legacy lies in bridging fundamental biomass chemistry with practical, eco-friendly applications.