International Conference on Chemical and Process Engineering (ICCPE 2027)

The International Conference on Chemical and Process Engineering (ICCPE 2027) focuses on advancing chemical and process engineering through innovative reaction, separation, and process technologies, as well as sustainable industrial and environmental solutions.

Key Topics

• Agglomeration
• Adsorption and Ion Exchange
• Biomedical Engineering
• Biochemical Reaction Engineering
• Ceramics
• Cape-Open Standards
• Chemical Engineering Education
• Characterization of Particulate Systems
• Chemical Reaction Engineering
• Chemical Engineering in the Application of Catalysis
• Composites
• Comminution and Classification
• Crystallization
• Computer Aided Process Engineering
• Drying and Evaporation
• Distillation, Absorption And Extraction
• Environmental Protection
• Environment, Safety, Energy, Quality
• Filtration, Sedimentation, Centrifugation, Hydrocyclons
• Extraction and Leaching
• Fluid Flow and Multiphase Systems
• Fine Chemical and Pharmaceuticals
• General Method and Education
• Fluidization
• High Pressure Technology
• Heat Transfer Processes and Equipment
• Industrial Fluid Flow & Mixing
• Industrial Applications
• Information And Documentation Engineering
• Industrial Rheology
• Mechanics and Particulate Solids
• Loss Prevention and Safety Promotion
• Membranes
• Membrane Separations
• Mixing
• Metals
• Numerical Methods
• Multiphase Fluid Flow
• Particulate Solids
• Particle Technology
• Pharmaceutical Engineering
• Petrochemical and Refining Industry
• Polymer Reaction Engineering
• Phase Equilibrium and Fluid Properties
• Process Control
• Polymers
• Process Modelling, Components Development and Use
• Process Industry
• Process System Engineering
• Process Modelling, Environments Development and Use
• Quality Management In The Process Industries and Chemical Engineering Design
• Production And Properties Of Materials
• Separation Technology and Transfer
• Reaction Engineering, Catalysis and Kinetics
• Sustainable Development Of Energy and Environmental Systems
• Software Issues
• Thermo-Electrical Industry
• Thermodynamics and Interfacial Phenomena