Center of Biomass and Renewable Energy (C-BIORE)
C-Biore is a multidisciplinary research laboratory dedicated to advancing sustainable technologies based on biomass resources and renewable energy systems. The center focuses on developing innovative scientific solutions to address environmental challenges, resource sustainability, and clean energy transitions.
C-BIORE conducts research across several key areas, including biomass conversion, renewable energy technologies, environmental remediation, and bio-based materials development. The laboratory also emphasizes the application of microalgae-based technologies for wastewater treatment, nutrient recovery, and environmental restoration.
Current research at C-BIORE explores topics such as microplastic pollution mitigation, microalgae cultivation and harvesting technologies, bio-based coagulants, and the development of sustainable biomaterials derived from agricultural and marine waste. In addition, the center actively investigates bioremediation strategies using microalgae and microbial systems to improve water quality and support circular environmental management.
Equipped with modern laboratory facilities and supported by interdisciplinary expertise, C-BIORE collaborates with academic institutions, industry partners, and government agencies to translate scientific research into practical environmental solutions.
Through research, education, and collaboration, C-BIORE aims to contribute to the development of sustainable biomass utilization and renewable energy innovations that support environmental protection and global sustainability goals.
Research Areas
â– Microalgae-based environmental remediation
Development of microalgae systems for wastewater treatment, nutrient removal, carbon capture, and sustainable biomass production.
â– Biomass valorization and bio-based materials
Conversion of agricultural, marine, and industrial biomass into high-value products such as bio-polymers, bacterial cellulose, and biodegradable materials.
â– Microplastic pollution mitigation
Investigation of microplastic contamination in aquatic and terrestrial environments and development of removal technologies using biological and physicochemical methods.
â– Bio-based coagulation and separation technologies
Development of environmentally friendly coagulants derived from natural resources (e.g., chitosan and bio-polymers) for harvesting microalgae and treating wastewater.
â– Â Bioremediation of emerging contaminants
Removal and degradation of pollutants such as pharmaceutical residues, antibiotics, and organic contaminants using microbial and photochemical treatment systems.
â– Â Circular bioeconomy and resource recovery
Design of circular processes that convert biological waste and biomass into valuable resources, supporting sustainable material cycles.
â– Â Renewable energy from biomass
Research on bioenergy systems, biomass conversion technologies, and integrated energy–environment processes for sustainable energy production.
â– Â Life cycle assessment and environmental sustainability
Evaluation of environmental impacts and sustainability performance of biomass and environmental technologies using life cycle assessment (LCA) and system analysis.