47th World Congress on Chemical, Biological & Environmental Engineering (WCBEE 2025)

The 47th World Congress on Chemical, Biological & Environmental Engineering (WCBEE 2025) covers advancements in chemical, biological, and environmental engineering through cutting-edge technologies, sustainable solutions, and interdisciplinary approaches to address global challenges.

Key Topics

• Membrane filtration for water purification and desalination
• Digital twins and Industry 4.0 in chemical processes
• Design and synthesis of biocompatible materials
• Carbon capture, utilization, and storage technologies
• Hazard identification and risk assessment in industrial processes
• Omics data analysis in biological systems
• CRISPR-based tools for genetic engineering
• Multiphase flows and granular material dynamics
• Ethical considerations in genetic engineering and policy development
• Hybrid and advanced separation processes
• Microbial fuel cells and bioelectrochemical systems
• Process integration and pinch analysis
• Machine learning for biological and environmental data interpretation
• Industrial symbiosis and eco-industrial parks
• Advanced catalytic converters and emission control systems
• Modeling and simulation tools like Aspen Plus and CFD
• Design for sustainability and eco-efficiency
• Fermentation and downstream bioprocessing
• Biomaterials for implants and tissue scaffolds
• Contaminated land and soil remediation strategies
• Nanotechnology for drug delivery and environmental applications
• Sustainable energy systems for climate adaptation
• Bioremediation and bioenergy from waste biomass
• Phase equilibria in complex mixtures
• Greenhouse gas emission reduction approaches
• Process safety and environmental risk management
• Remote sensing and GIS for environmental assessment
• Biomanufacturing of pharmaceuticals, fuels, and materials
• Education and curriculum innovation in C.B.E. engineering
• Electrocatalysis and photocatalysis for chemical synthesis
• Advanced oxidation and removal of emerging water pollutants
• AI for optimization and predictive maintenance in processes
• Recycling, upcycling, and circular economy in waste management
• Tissue engineering and regenerative medicine technologies
• Valorization of waste streams in the circular bioeconomy
• Development of biosensors and synthetic gene circuits

Who should Attend

• Researchers in bioprocess and synthetic biology
• Environmental engineers and sustainability professionals
• Experts in nanotechnology and biomedical applications
• Professionals in industrial safety and risk assessment
• Policy makers and environmental regulators
• Students and educators in chemical and biological engineering
• Specialists in climate adaptation and mitigation
• Process engineers and control system designers
• Scientists in air and water pollution control
• Technologists in AI, machine learning, and data analytics
• Developers of novel materials and catalysis
• Waste management and resource recovery practitioners