55th ROME World Congress on Advances in Chemical, Biological & Environment Engineering (RCBEE 2025)

The 55th ROME World Congress on Advances in Chemical, Biological & Environment Engineering (RCBEE 2025) brings together chemical, biological, and environmental engineering disciplines to share advances in sustainable technologies, materials, health applications, and industrial processes.

Key Topics

• Environmental policy and regulation
• Electrochemical engineering
• Wearable biomedical sensors and ubiquitous computing
• Recycled waste materials in engineering
• Soil remediation
• Air pollution control
• Biomedical and health informatics
• Catalysis and catalytic materials
• Biodegradable materials
• Robotics and assistive technologies
• Sustainable manufacturing and maintenance processes
• Environmental monitoring and assessment
• Separation techniques
• Biomechanics and rehabilitation engineering
• 3D bioprinting for tissue repair
• Fluid mechanics and transport phenomena
• Sustainable technologies for risk mitigation
• Systems, computational, and synthetic biology
• Sustainable development
• Reaction engineering and kinetics
• Water and wastewater treatment
• River conservation
• Food engineering and packaging
• Pharmaceutical science and clinical engineering
• Solid waste management and recycling
• Design of artificial organs
• Process design and optimization
• Sustainable transport systems
• Genetic engineering and genomics
• Sustainable building technologies
• Environmental geotechnology
• Nanotechnology in biomedicine
• Cardiopulmonary systems engineering
• Bioengineering and metabolic systems
• Biosensors and bioelectronics
• Environmental sustainability and natural resources
• Greenhouse effect and global warming
• Medical image computing and analysis
• Groundwater protection and issues
• Hazardous waste management
• Digitalization in process industries
• Climate change mitigation and adaptation
• Drug delivery systems
• Nanomaterials and polymers
• Big data and analytics for sustainability
• Thermodynamics and phase equilibria
• Biochemical engineering and enzyme technology
• Indoor and outdoor air quality
• Pharmaceutical process development
• Tissue engineering and biomaterials
• Renewable and non-renewable energy impacts
• Sustainability in water management
• Pollution and health impacts
• Nature-based environmental solutions
• Molecular bioengineering
• Immunoengineering and immunotherapy
• Sustainable ecosystem management
• Biomedical imaging techniques
• Safety and risk assessment in chemical plants
• Stem cells for regenerative medicine
• Ecology and ecosystem protection
• Air emission modeling and control
• Therapeutic and diagnostic technologies
• Polymer engineering and applications
• Corrosion and electrolysis systems
• Biomedical signal processing

Who should Attend

• Environmental researchers
• Biotechnology professionals
• Industrial process experts
• Government and regulatory officials
• Chemical engineers
• Biomedical engineers
• Academicians and scholars
• Pharmaceutical scientists
• Water treatment specialists
• Medical device developers
• Public health professionals
• Materials scientists
• Energy and sustainability consultants