Dr. Bing-Mu Hsu is a Distinguished Professor in the Department of Earth and Environmental Sciences at National Chung Cheng University, Taiwan, with an illustrious career spanning over two decades in environmental geology, biogeochemistry, geomicrobiology, and bioremediation. Holding a Ph.D. from National Chiao Tung University (2000), Dr. Hsu has risen through academic ranks, earning the title of Professor in 2010 and Distinguished Professor in 2019. His research, supported by substantial funding from the National Science and Technology Council (approximately NT$9,600,000 over five years), focuses on microbial communities in extreme environments, their ecological roles, and their applications in sustainable development.

Dr. Hsu’s groundbreaking work explores microbial-driven nutrient cycling, bio-weathering, and microbiological interactions in unique geological settings such as serpentinite regions, geothermal hot springs, and mud volcanoes in Taiwan. His research has advanced fundamental knowledge in microbial adaptation, biogeochemical processes, and the interplay between heavy metal tolerance and antibiotic resistance, contributing to global scientific discourse. In applied research, Dr. Hsu has developed innovative bioremediation strategies for contaminants like trichloroethylene (TCE) and transferred technologies to industry, including microbial applications in agriculture and enzyme utilization from pineapple waste, fostering sustainable practices and economic benefits.

With over 120 publications, 80% as corresponding author, a citation count of 2,849, and an H-index of 29, Dr. Hsu’s scholarly impact is profound. His recent publications in high-impact journals like Journal of Hazardous Materials (IF: 12.2) and Science of The Total Environment (IF: 10.754) underscore his leadership in environmental microbiology. He has received prestigious awards, including the 2008 Wu Ta You Memorial Award, the 2018 CCU Outstanding Research Award, and delivered a keynote speech at the 2020 International Workshop of Serpentine Soil Eco-services.

Dr. Hsu’s editorial roles in international journals such as Pathogens and Antibiotics-Basel, combined with his mentorship of numerous students and industry collaborations, highlight his commitment to advancing science and fostering the next generation of researchers. His transdisciplinary “GeoHealth” approach, integrating earth sciences and health, addresses critical societal challenges like antimicrobial resistance and environmental contamination, making him an exemplary mentor for aspiring scientists.

The CCU Environmental Biotechnology Lab, led by Distinguished Professor Dr. Bing-Mu Hsu at National Chung Cheng University, Taiwan, is a pioneering research hub dedicated to advancing environmental and geological sciences through innovative biotechnological approaches. Situated within the Department of Earth and Environmental Sciences, our lab specializes in the study of microbial communities and their applications in addressing pressing environmental and societal challenges. With a strong foundation in environmental geology, biogeochemistry, geomicrobiology, and bioremediation, our interdisciplinary research integrates cutting-edge methodologies to promote sustainable development and environmental health.

Our lab’s research portfolio encompasses the exploration of microbial ecosystems in extreme environments, such as serpentinite regions, geothermal hot springs, and mud volcanoes across Taiwan. Recent high-impact studies have advanced the understanding of microbial adaptation, nutrient cycling, and bioremediation strategies for contaminants like trichloroethylene (TCE). These efforts have led to practical applications, including technology transfers for agricultural biofertilizers and enzyme utilization from pineapple waste, fostering sustainable practices and economic benefits.

Currently, our lab is focused on two emerging research themes:

Microbial Carbon Dioxide Mineralization Applications and Research: We investigate the potential of microorganisms to facilitate carbon dioxide sequestration through mineralization processes in geological settings. By leveraging microbial metabolic pathways, our research aims to develop scalable solutions for carbon capture and storage, contributing to global efforts in mitigating climate change.

Machine Learning Applications in Medical Imaging and Biomarkers Data Integration: Our lab employs advanced machine learning techniques to analyze complex datasets, including medical imaging and biomarker profiles. This research enhances the precision of environmental health assessments, particularly in identifying microbial biomarkers and their implications for human health, such as antimicrobial resistance and pathogen detection.