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Journal Photo for Chemical Engineering Science
Peer reviewed only Open Access

Chemical Engineering Science (CES)

Publisher : PERGAMON-ELSEVIER SCIENCE LTD
Chemical Engineering
e-ISSN 1873-4405
p-ISSN 0009-2509
Issue Frequency Monthly
Impact Factor 4.1
Est. Year 1951
Mobile 441865843000
Country United Kingdom
Language English
APC YES
Email journalscustomerserviceEMEA@elsevier.com

Journal Descriptions

Our vision is of a world improved through the positive impact of research published in Chemical Engineering Science. Chemical Engineering is a critical force for a better future enabling humanity to address many of the global challenges we face. Affordable clean energy, clean water, responsible production, sustainable communities, and good health and well-being, all require advanced chemical engineering knowledge and its application. Our aim is to selectively publish outstanding research that has as its foundations the Scienceof Chemical Engineering. We welcome all top-shelf research in the continually evolvingdiscipline of chemical engineering. The Engineering Science section continues its long leadership of publishing importantdevelopments in the fundamentals of the discipline since 1951. The Catalysis, Green and Sustainable, Environmental and Novel Materials sections publishnovel, innovative, and high-impact applications of Chemical Engineering Science reported bychemical engineers and their allied peers.

Chemical Engineering Science (CES) is :-

  • International, Peer-Reviewed, Open Access, Refereed, Chemical Engineering , Online or Print , Monthly Journal

  • UGC Approved, ISSN Approved: P-ISSN P-ISSN: 0009-2509, E-ISSN: 1873-4405, Established: 1951, Impact Factor: 4.1
  • Does Not Provide Crossref DOI
  • Indexed in: Scopus, WoS

  • Not indexed in DOAJ, PubMed, UGC CARE

Indexing

Publications of CES

This paper presents a numerical investigation to estimate pressure drop in fluid flow through reticulated ideal and randomized porous structures. The 3D open-cell foam geometries are constru...
The classical ultrasonically induced reaction of the decomposition of aqueous KI Solution has been studied on a 501 hydrodynamic cavitation set-up. This reaction, which has been previously s...
The hydrodynamic, heat and mass transfer characteristics of mechanically agitated contactors have been critically reviewed. The mixing time (θmix) can be correlated well by a model based on...
A comprehensive CFD model was developed to gain an insight into solid suspension and its implications on the liquid-phase mixing process in a solid--liquid stirred reactor. The turbulent so...
Mixing time measurements were made in 300 and 1000 mm i.d. mechanically agitated contactors with different types of impellers, located at different heights from the bottom of the vessel. Mix...
Modelling of a dual frequency ultrasonic reactor has been carried out to understand the effect of introducing a second wave on the cavity dynamics as compared to a single sound wave. The eff...
We report experimental data on the effect of oscillatory flow in baffled tubes on the mass transfer of oxygen into water. Gas bubbles are sparged into a vertical tube and the kinetics of the...
Mean flow and turbulence parameters have been measured using laser Doppler anemometer (LDA) in ultrasound reactor. The effects of the ultrasonic power have been investigated over a power den...
Acoustic cavitation resulting from ultrasound irradiation is known to cause chemical change in organic/inorganic compounds (Suslick, 1990). Localised high temperatures and pressures genera...
An attempt has been made to present a unified theoretical model for the cavitating flow in a hydrodynamic cavitation reactor using the nonlinear continuum mixture model for two-phase flow as...