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ChemEngineering (ISSN 2305-7084) is an international, peer-reviewed, open access journal covering the broad field of Chemical Engineering. The journal integrates chemistry, physics, life sciences, mathematics, economics, and emerging digital technologies to advance the design, modeling, optimization, and sustainable operation of processes and systems for the production, transformation, separation, transport, and efficient use of chemicals, materials, and energy. Our aim is to encourage scientists and engineers to disseminate high-quality experimental, theoretical, and computational advances in chemical engineering and related fields by publishing their findings with comprehensive detail and scientific rigour so that results can be reproduced. Communications, comprehensive research, and perspective and review papers are acceptable formats for manuscript submission; other article types may also be considered.
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ChemEngineering (ISSN 2305-7084) is an international, peer-reviewed, open access journal on chemical engineering, which combines chemistry, physics and life science with mathematics and economics to produce, transform, transport and properly use chemicals and energy. Our aim is to encourage scientists and engineers to publish their experimental and theoretical results in as much detail as possible. Full experimental details must be provided so that the results can be reproduced. Communications, full research papers, and review papers are acceptable formats for the submission of manuscripts
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Process and reaction systems engineering
- Design, modelling, and optimization of industrial process;
- Chemical and catalytic reaction engineering;
- Separation and purification operations;
- Process intensification and energy-efficient technologies;
- Adsorption processes driven by pressure, temperature, or electric fields;
- Advanced process control, automation, and real-time optimization;
- Transport phenomena: fluid dynamics, heat transfer, and mass transfer;
- Thermodynamics of multiphase and reacting systems.
AI and Data Science in Chemical Engineering
- Virtual sensors, process monitoring, and predictive maintenance;
- Fault detection and intelligent control strategies;
- Machine learning for optimization and decision-making;
- Big data analytics for process and product development;
- Digital twins and cyber–physical systems;
- Computational fluid dynamics and multiscale simulation.
Molecular and product engineering
- Molecular design and simulation of materials and interfaces;
- Design of advanced functional products and formulations;
- Pharmaceutical, food, and fragrance engineering;
- Microencapsulation and controlled release technologies;
- Lignin and biomass valorization into high-value chemicals;
- Development of new devices and smart chemical products.
Materials and nanostructured systems
- Synthesis and characterization of advanced materials;
- Materials for catalysis, sensing, and energy applications;
- Biomaterials and sustainable composites;
- Membranes and hybrid materials for clean separation processes;
- Materials for multicomponent (e.g., CO2, CH4, etc.) separation and storage.
Energy, environment, and biochemical engineering
- Renewable and clean energy technologies;
- Hydrogen production, storage, and conversion systems;
- Thermo-, photo-, sono- and electro-catalytic processes;
- Mechanochemical schemes and mechano-, tribo- and piezo-catalytic processes;
- Bioenergy production and biorefinery design;
- Pollution control, waste valorization, and resource recovery;
- Environmental bioprocesses and water treatment technologies.
Sustainability, safety, and industrial systems
- Circular economy and life-cycle assessment;
- Process integration for sustainability and resource efficiency;
- Techno-economic analysis and scale-up methodologies;
- Safety engineering and risk management;
- Sustainable process design and eco-efficient manufacturing;
- Engineering leadership, innovation, and education for global challenges.
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Process engineering
- Downstream processing design and analysis
- Chemical and catalytic reaction engineering
- Transport phenomena such as fluid dynamics, heat transfer, and mass transfer
- Separation and purification engineering
- Process systems optimization, real-time and dynamic systems
- Advanced process control
- Cyberphysical systems and digital twinning
- Process intensification
- Cyclic adsorption processes (simulated moving bed, pressure swing adsorption, temperature swing adsorption, electric swing
Artificial intelligence solutions
- Data-driven and hybrid modeling
- Soft sensors, process monitoring and fault detection and diagnosis
- Intelligent control and optimization
- Unsupervised and supervised learning systems
- Big data solutions
Product engineering
- Product design
- Pharmaceutical and bio-based products
- Perfume and flavor engineering
- Microencapsulation
- New devices
- Lignin valorization for added-value chemicals
Materials engineering
- Materials synthesis and characterization
- Biomaterials
- Nanomaterials
- MOFs for CO2 capture
Molecular engineering
- Molecular simulation
- Design and characterization of drug delivery systems
- Membranes
Energy and environmental engineering
- Bioenergy engineering technology
- Pollution control and waste treatment
- Environmental bioprocesses
- Clean energy and chemical engineering technology
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