International Review of Chemical Engineering - Rapid Communications (ISSN: 2035-1755)

Description

The International Review of Chemical Engineering - Rapid Communications (IRECHE) is a peer-reviewed journal that publishes original theoretical and applied papers on all fields of the Chemical Engineering. The idea is to create an interdisciplinary journal at the interface of Chemical and Mechanical Engineering with fruitful interference of ideas and results.
The word Review in the title of our journal comes from the name of the IRE collection of Journals published by Praise Worthy Prize. It has to be assumed as an International Journal.
The Editorial Board guarantees a very short review process. Any accepted paper will be published within two months from the submitted date. The topics to be covered include, but are not limited to:
Biochemical and biomolecular engineering; Bioreactors ;
Process Fluid dynamics (pipe flow, mixing, rheology-experiments, Multi-phase flow and so on);
Flows with phase change;
Coating processes and technology;
Computer aided process engineering;
Heat transfer (both modelling and experimental results pertinent to problems in chemical engineering, mechanical engineering and biotechnology);
Heat and mass transfer (modelling, equilibrium, adsorption, absorption, extraction, etc);
New reactors, thermodynamics and thermodynamic optimization of reactors, catalysts, devices and processes;
Entropy and Energy analysis of chemical and biotechnological process and optimization;
Transport phenomena and process analysis and synthesis,
Scale-up, scale-down , modelling and simulation;
Fluidization-broad aspect: Gas-solid, Liquid-solid, Gas-liquid-Solid; Fluidized ed combustion processes
Separations processes (sedimentation, filtrations, membrane filtration, etc.);
Process safety and physics of accidents in chemical technology, Risk analysis;
Powder mechanics in both models and experiments;
Alternative fuels (such as new developed ones and utilization of wastes: derivation, analysis and combustion performance)
Combustion, pyrolysis, gasification, etc.;
Environmental chemical and biotechnological engineering;
External field assisted process including applications of electric fields, magnetic fields, ultrasound, vibrations, etc.;
Physical metallurgy and micro-metallurgy;
New materials, Polymers and composites;
Process Control, Process Design,
Process Development and Process intensification;
Wastes: new material based on waste conversion; engineering methods for waste treatment and management.
New and important applications and trends.