Aim and Scope...


SF Journal of Material and Chemical Engineering to enhance the free scientific knowledge to the worldwide readers and unlimited free access to the readers. Journal considers research manuscripts, review manuscripts, editorials, commentaries, opinion pieces, case studies, letters and perspectives. Editorials, perspectives and opinions are submitted by authors and editorial board members on topics pertaining to material and chemical engineering. Journal content will be published on a continuous publication model.

SF Journal of Material and Chemical Engineering manuscripts undergo double blinded peer-review process where each manuscript undergoes evaluation by our editors, if appropriate, is reviewed by a minimum of three independent reviewers. The average time between submission and final decision is 15-25 days and the average time between acceptance and publication is 10-15 days. We publish manuscripts in HTML, PDF and XML format and all articles published by journal are freely accessible to everyone immediately after publication.


SF Journal of Material and Chemical Engineering scope covers in all areas related to material and chemical engineering aspects such as Applied Catalysis Bio-inspired Materials Biological Materials Biomedical Materials Biomolecular Materials Carbon Materials Ceramics Chemical Reaction Engineering Chemical Separations Clean Process Technology Composite and Hybrid Materials Composites Computation, Modeling and Materials Theory Construction Materials Corrosion Electrical Materials Electronic Materials Environmental and Chemical Engineering Environmental Bioprocesses Environmental Nanotechnology Fibers Glasses Heat Transfer Industrial Chemistry Macromolecule Materials Magnetic Materials Mass Transfer Materials for Energy Materials Processing Metals and Alloys Micro and Nano Structured Materials Molecular Stimulation Momentum Transfer Multiphase Reactors Nanoparticle Processing and Properties Non-Linear Optical Materials Optical Materials Optoelectronic of New Organic and Inorganic Materials Pollution Control and Resources Recovery Polymers Porous Materials Quantum Chemistry Reaction Kinetics Sensor Materials Simulation and Optimization of Reactors Soft Matter Superconducting Materials Thermal Properties of New Organic and Inorganic Thermodynamics Treatment and Environmental Separation Processes Unsteady-State Reactors