Proceedings of the 2025 International Conference on Chemical Engineering and Biological Science (CEBS 2025)
Conference: Proceedings of the 2025 International Conference on Chemical Engineering and Biological Science (CEBS 2025)
Date: 27-29 June 2025
Location: Hangzhou, China (Hybrid)
Website: https://www.iccebs.org The 2025 International Conference on Chemical Engineering and Biological Science (CEBS 2025) was held successfully from June 27 to 29, 2025, in Hangzhou, China. As a scholarly platform dedicated to bridging the disciplines of chemical engineering and biological sciences, CEBS 2025 brought together researchers, academics, and professionals from diverse institutions and research centers worldwide. The online mode of delivery enabled broader participation and global accessibility, with more than 50 attendees engaging in the technical sessions and plenary activities. The conference received 77 manuscript submissions, of which 34 high-quality papers were accepted for presentation and publication following a rigorous peer-review process. CEBS 2025 featured three keynote addresses by leading experts who explored timely and interdisciplinary research challenges. Prof. YAP Chee Kong from Universiti Putra Malaysia delivered a compelling talk on planetary health and coastal pollution in the ASEAN-5 region, emphasizing the urgent need for continuous ecological-health risk assessments of toxic metals in relation to seafood safety and ecosystem resilience. Assoc. Prof. Low Siew Chun of Universiti Sains Malaysia presented her group’s advances in engineered superhydrophobic membranes, showcasing their application in sustainable aquaculture wastewater treatment and nutrient recovery via membrane distillation. Prof. Ming Chen from Zhejiang University introduced an AI-driven framework for biological age prediction, offering insights into computational methods for aging assessment and their implications in biomedicine. Complementing these plenary sessions, a broad array of oral presentations enriched the conference agenda, reflecting active research across various subfields and facilitating valuable academic exchange. The scope of CEBS 2025 encompassed a wide range of contemporary topics at the intersection of chemical and biological sciences. In chemical engineering, contributions addressed developments in green chemistry, catalytic processes, nanotechnology, polymer science, photocatalysis, surface engineering, water treatment, electrochemical energy storage, and intelligent chemical systems. Studies in process safety, optimization, and materials innovation also featured prominently. In the biological sciences, the program included research on molecular and cell biology, developmental and evolutionary biology, genetics, immunology, microbiology, plant and animal systems, and neuroscience. Advances in systems biology, synthetic biology, bioinformatics, and biotechnology demonstrated the growing impact of computational and integrative approaches in life science research. The success of CEBS 2025 is a result of the collective efforts of the scientific committee, keynote speakers, session chairs, authors, reviewers, and participants, all of whom contributed to fostering a rigorous and intellectually stimulating environment. This volume presents a selection of peer-reviewed papers that reflect the scientific richness and interdisciplinary nature of the conference. It is hoped that the research shared through CEBS 2025 will stimulate further inquiry and collaboration across the global scientific community engaged in advancing chemical and biological innovation. CEBS 2025 Conference Committee
Date: 27-29 June 2025
Location: Hangzhou, China (Hybrid)
Website: https://www.iccebs.org The 2025 International Conference on Chemical Engineering and Biological Science (CEBS 2025) was held successfully from June 27 to 29, 2025, in Hangzhou, China. As a scholarly platform dedicated to bridging the disciplines of chemical engineering and biological sciences, CEBS 2025 brought together researchers, academics, and professionals from diverse institutions and research centers worldwide. The online mode of delivery enabled broader participation and global accessibility, with more than 50 attendees engaging in the technical sessions and plenary activities. The conference received 77 manuscript submissions, of which 34 high-quality papers were accepted for presentation and publication following a rigorous peer-review process. CEBS 2025 featured three keynote addresses by leading experts who explored timely and interdisciplinary research challenges. Prof. YAP Chee Kong from Universiti Putra Malaysia delivered a compelling talk on planetary health and coastal pollution in the ASEAN-5 region, emphasizing the urgent need for continuous ecological-health risk assessments of toxic metals in relation to seafood safety and ecosystem resilience. Assoc. Prof. Low Siew Chun of Universiti Sains Malaysia presented her group’s advances in engineered superhydrophobic membranes, showcasing their application in sustainable aquaculture wastewater treatment and nutrient recovery via membrane distillation. Prof. Ming Chen from Zhejiang University introduced an AI-driven framework for biological age prediction, offering insights into computational methods for aging assessment and their implications in biomedicine. Complementing these plenary sessions, a broad array of oral presentations enriched the conference agenda, reflecting active research across various subfields and facilitating valuable academic exchange. The scope of CEBS 2025 encompassed a wide range of contemporary topics at the intersection of chemical and biological sciences. In chemical engineering, contributions addressed developments in green chemistry, catalytic processes, nanotechnology, polymer science, photocatalysis, surface engineering, water treatment, electrochemical energy storage, and intelligent chemical systems. Studies in process safety, optimization, and materials innovation also featured prominently. In the biological sciences, the program included research on molecular and cell biology, developmental and evolutionary biology, genetics, immunology, microbiology, plant and animal systems, and neuroscience. Advances in systems biology, synthetic biology, bioinformatics, and biotechnology demonstrated the growing impact of computational and integrative approaches in life science research. The success of CEBS 2025 is a result of the collective efforts of the scientific committee, keynote speakers, session chairs, authors, reviewers, and participants, all of whom contributed to fostering a rigorous and intellectually stimulating environment. This volume presents a selection of peer-reviewed papers that reflect the scientific richness and interdisciplinary nature of the conference. It is hoped that the research shared through CEBS 2025 will stimulate further inquiry and collaboration across the global scientific community engaged in advancing chemical and biological innovation. CEBS 2025 Conference Committee