Engineering: Chemical Engineering

Laboratory scientists in protective gear conducting experiments using precision scales and machinery.
The Journal of Engineering: Chemical Engineering is dedicated to publishing high-quality, peer-reviewed research that advances the science, design, and application of chemical processes and systems. The journal provides a comprehensive platform for theoretical, experimental, and applied studies across the broad spectrum of chemical engineering disciplines.

Research Areas

The journal serves chemical engineers, process technologists, researchers, and industrial practitioners involved in developing innovative and sustainable solutions across sectors such as energy, materials, pharmaceuticals, and environmental systems. Both fundamental and applied research with practical significance and scalability are highly encouraged.

Chemical Process Design and Optimization
Reaction Engineering and Catalysis
Thermodynamics and Transport Phenomena
Process Systems Engineering and Modeling
Catalysis and catalytic process engineering
Biochemical and Bioprocess Engineering
Environmental and Green Chemical Engineering
Materials and Polymer Engineering
Separation Processes and Unit Operations
Process Control and Automation
Nanotechnology and nanomaterials in chemical engineering
Energy and Fuel Processing
Waste minimization, water treatment, and environmental engineering
Corrosion and Surface Chemistry
Safety, Health, and Risk Management
Process Intensification and Sustainable Systems
Chemical Reaction Kinetics and Mechanisms
Catalyst Development and Characterization
Heat Transfer and Mass Transfer Analysis
Fluid Mechanics in Process Systems
Process Simulation and Computational Modeling
Bioreactor Design and Fermentation Technology
Waste Treatment and Pollution Control
Renewable Feedstocks and Bioenergy Systems
Polymer Synthesis and Processing
Nanomaterials for Chemical Applications
Membrane Technology and Separation Science
Process Control Strategies and Instrumentation
Automation in Chemical Plants
Energy Integration and Process Efficiency
Corrosion Science and Protection Methods
Surface Chemistry and Interface Phenomena
Green Solvents and Sustainable Chemistry
Chemical Product Design and Scale-Up
Process Safety and Hazard Analysis
Environmental Impact Assessment

The scope includes, but is not limited to

Design, analysis, and optimization of chemical processes
Reaction engineering and catalysis research
Thermodynamics and transport phenomenon studies
Process modeling, simulation, and computational tools
Biochemical processes and bioproduct manufacturing
Environmental engineering and pollution mitigation
Green and sustainable chemical engineering methods
Advanced materials and polymers for industrial use
Separation process innovation and membrane science
Control systems and automation in chemical facilities
Energy-efficient process design and heat integration
Nanotechnology applications in chemical engineering
Corrosion analysis and surface chemistry investigations
Safety, risk management, and hazard prevention
Renewable and alternative energy process engineering
Process intensification and novel unit operations
Scale-up, pilot-plant studies and technology transfer