Research Achievements
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Large-scale ClO2 preparation system and key technologies and applications of elemental chlorine free (ECF)
2024-08-16Project name: Large-scale ClO2 preparation system and key technologies and applications of elemental chlorine free (ECF)Introduction: Supported by the National Torch Program, International S&T Program of the Ministry of Science and Technology, Guangxi Science and Technology Development Program, and the National Natural Science Foundation, we have the project has spent more than 10 years to over... -
Faculty members from School of Light Industry and Food Engineering publish significant research on biomimetic catalysis applying to SAzymes in “Angewandte Chemie” and invited to feature on cover
2023-12-21https://news.gxu.edu.cn/info/1002/41187.htmRecently, Associate Professor Chen Hongyu from the research team led by Academician Wang Shuangfei, focusing on "Clean Separation and Transformation of Plant Fibers and Green Preparation of Paper-Based Functional Materials" at our university, in collaboration with Professor Ji Hongbing from Zhejiang University of Technology, made new advances in the im... -
Research team from School of Light Industry and Food Engineering publishes significant research in sub-journal of “Nature”
2022-07-20https://news.gxu.edu.cn/info/1002/39689.htmRecently, the "Advanced Lignocellulose Materials" research team from the School of Light Industry and Food Engineering at our university, inspired by the cactus spines and surface structures of beetle’s wings, invented a new cellulose material capable of collecting water droplets from fog. The research findings were published in “Nature Communication... -
Professor Nie Shuangxi's research team from School of Light Industry and Food Engineering makes new progress in advanced cellulose materials
2022-04-02https://news.gxu.edu.cn/info/1002/39330.htmRecently, the research team led by Professor Nie Shuangxi from the School of Light Industry and Food Engineering at our university has developed an advanced functional material: a nanocellulose conductive hydrogels with rapid self-healing capabilities. This material was used as the electrode for a fully flexible self-powered sweat sensor, enabling real... -
Professor Nie Shuangxi's team from School of Light Industry and Food Engineering achieves new progress in liquid energy harvesting research
2021-11-17https://news.gxu.edu.cn/info/1002/39015.htmRecently, Professor Nie Shuangxi's team from the School of Light Industry and Food Engineering at Guangxi University made new progress in the field of liquid energy harvesting. Their research finding, titled "Advanced Triboelectric Materials for Liquid Energy Harvesting and Emerging Applications", was published online in “Materials Today”. This achie...
