Impact Factor: 1.4

Journal

International Journal of Chemical Reactor Engineering

Edited by: Hugo de Lasa and M. Mozahar Hossain

Language: English

First published: May 1, 2003

Publication Frequency: 12 issues per year

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Objective
The International Journal of Chemical Reactor Engineering covers the broad fields of theoretical and applied reactor engineering. The IJCRE covers topics drawn from the substantial areas of overlap between catalysis, reaction and reactor engineering. The journal is presently edited by Hugo de Lasa and Mozahar Hossain counting with an impressive list of Editorial Board leading specialists in chemical reactor engineering. Authors include notable international professors and R&D industry leaders.

Topics

Chemical reaction engineering
Single-phase and multi-phase reactor design
Catalytic reactors
Operation and control of chemical reactors
New chemical reactor concepts for green chemical processes
Fluid mechanics and fluid dynamics
Computational fluid dynamics
Low and high pressure and temperature chemical reactor operation.

Article formats
Original research and development articles, research and special events reports, book reviews etc.

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Rich publishing tradition at De Gruyter reaching 2002
One of the leading journals in chemical reactors engineering
Prestigious Editorial Board
Excellent and up-to-date research and development articles
Ahead of print publishing
Notable Authors: international professors from Imperial College London, the Norwegian School of Science and Technology, and Bayer Corporation

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History

History
One issue/year, updated continuously
Content available since 2003 (Volume 1, Issue 1)
ISSN: 1542-6580

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Mass transfer intensification and kinetics of o-xylene nitration in the microreactor

September 4, 2025

Dong Liu, Na Fan, Shulong Li, Lu Ji, Shihao Liu, Tiehan Xing, Xiaodong Liu, Shuai Guo

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Continuous-flow synthesis of nitro- o -xylene has been widely reported. However, critical scientific challenges remain unresolved, including product selectivity optimization, process economic viability, and operational safety. Herein, continuous-flow o -xylene nitration with mixed acid in a capillary microreactor is presented. A kinetic model of the pseudo-homogeneous nitration reaction was developed, and the mass transfer process was characterised by the first Damköhler number and Hatta number. Notably, the capillary microreactor exhibited limited mass transfer efficiency, restricting conversion enhancement. To address this, a heart-shaped channel plate was integrated into the micro-reaction system. Under the M-ratio of HNO 3 to o -xylene was 3, residence time was 35 s, temperature was 303 K, the conversion rate of 100 % was achieved. The developed micro-reactor system significantly improved both the selectivity and conversion of o -xylene nitration, demonstrating substantial potential for industrial application.
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Experimental evaluation of a solar-assisted heat pump system as a hybrid thermal reactor for energy-efficient drying of agricultural biomass

September 4, 2025

Lohith Kumar P, Beemkumar N, Sunil Kumar M, Ganesan Subbiah, Kamakshi Priya Kumar

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This study investigates the design, operation, and thermal performance of a solar-assisted heat pump dryer (SAHPD), conceptualized as a low-temperature hybrid thermal reactor for efficient drying of agricultural biomass. Focused on post-harvest processing of cardamom, the system integrates a vapor compression heat pump with a flat-plate solar collector, aiming to enhance energy recovery and improve moisture removal efficiency under tropical climatic conditions. Experiments were conducted in Karnataka, India, using a 10 kg batch of fresh cardamom subjected to drying over an 8-h period. The system was tested in three configurations: solar drying (SD), heat pump drying (HPD), and the integrated SAHPD mode. Key environmental parameters, including ambient temperature, relative humidity, and solar radiation (with peaks up to 870 W/m 2 ), were recorded in real-time. Drying kinetics, energy efficiency, and total moisture loss were evaluated for each mode. The integrated SAHPD system demonstrated superior reactor performance, achieving approximately 80 % moisture removal (about 6 kg), while maintaining product quality and significantly reducing drying time. Compared to standalone modes, the SAHPD showed improved thermal utilization and operational stability under fluctuating weather conditions. The experimental results position the SAHPD as a promising thermal reactor configuration for sustainable, energy-efficient drying of moisture-laden biomass. This study contributes to the growing body of work on thermal reactor engineering for agricultural processes, supporting the development of environmentally responsible and process-intensified technologies in biomass conversion and post-harvest systems.
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CFD investigation of body geometry effects on oil droplet-gas cyclone performance

September 4, 2025

Farzad Parvaz, Jamal Foroozesh, Seyyed Hossein Hosseini, Nihan Uygur Babaoğlu, Khairy Elsayed, Goodarz Ahmadi

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This study simulated gas flow in oil droplet-gas cyclones using the Reynolds stress turbulent model incorporated into the CFD code Ansys-Fluent. Five cyclone body designs, namely, cylindrical, square, octagonal, hexagonal, and inverted cone, were analyzed to determine their effect on gas flow patterns. The inverted cone geometry had a greater maximum tangential velocity, roughly 1.6 times the inlet gas velocity. In contrast, the square geometry had the lowest maximum axial velocity of 0.36 times the inlet velocity. The inverted cone cyclone showed the highest number of floating droplets, whereas the square cyclone yielded the least. Overall, the square shapes showed better performance than other shapes. The developed computational model accurately estimated droplet behavior, with its predictions closely matching the experimental data. Therefore, it is well-suited for simulating oil droplet motions in gas cyclones using CFD.
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Chemical modifications of acid-treated pine needle fillers reinforced epoxy nanocomposites for enhanced thermomechanical properties using a response surface methodology approach: fabrication and optimization

August 25, 2025

Manish, Deepak Kumar, Anil Punia, Lalit Ranakoti, Brijesh Gangil, Prabhakar Bhandari, Shubham Sharma, Ehab El Sayed Massoud

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This study explores the design and development of chemically modified epoxy nanocomposites reinforced with acid-treated pine needle (PN) fillers, aiming to enhance the mechanical and thermal properties of sustainable materials. The research examines the effects of nitric acid treatment on PN fillers, focusing on improvements in filler adhesion, surface roughness, and contaminant removal. Characterization techniques such as Fourier-transform infrared spectroscopy (FTIR) and Thermogravimetric Analysis (TGA) confirm the chemical modifications and enhanced thermal stability of the treated fillers. FTIR analysis confirmed chemical modifications through enhanced C–O–C and reduced –OH absorption bands. The acid-treated fillers exhibited a density of 1,120 ± 43.42 kg/m 3 , confirming their suitability for lightweight applications. TGA results indicated improved thermal stability of the acid-treated fillers, with the onset of major degradation delayed from approximately 265 °C in untreated fillers to around 288 °C in treated fillers, and a higher residual weight observed at 600 °C. Epoxy nanocomposites were fabricated using precise filler-epoxy mixing, degassing, and curing processes. Tensile and impact tests, conducted according to ASTM standards, revealed significant improvements in mechanical properties, particularly tensile strength (TS) and impact strength (IS), influenced by filler weight, ultra-sonication time, and degassing time. Response surface methodology (RSM) and analysis of variance (ANOVA) were employed to optimize the composite synthesis process, yielding an optimized composite with a TS of 60.85 MPa and an IS of 14.67 kJ/m 2 . The optimized composite exhibited a 25 % increase in TS and a 30 % increase in IS compared to neat epoxy. These findings highlight the potential of acid-treated PN fillers in producing high-performance, eco-friendly composites for automotive, aerospace, and construction applications. Future work will explore further optimization and real-world performance testing of these composites.
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Thermophysical characterization and chemical stability of Ag₂O-enhanced eutectic nano-PCMs for moderate-temperature applications

August 22, 2025

Rahul Agrawal, Ravi Kumar Sharma, Kamal Sharma, Md Irfanul Haque Siddiqui

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Thermal energy storage utilizing phase change materials (PCMs) is important for conserving energy because of its high latent heat capacity and ability to maintain a steady temperature during the phase change. However, no single organic PCM provides all of the required qualities, such as ideal melting temperature and latent heat, to perform effectively under specified environmental circumstances. To address this, binary eutectic PCMs are prepared by mixing two or more organic PCMs and optimizing their thermophysical properties. Despite these advancements, their low thermal conductivity remains an issue, limiting overall performance. This study focuses on developing nano-enhanced eutectic phase change material consisting of 64 wt% myristic acid and 36 wt% stearic acid, further improved by incorporating Ag 2 O nanoparticles at concentrations of 0.3–3.0 wt%. Dispersion of nanoparticles within composite phase change material was testified by FTIR and XRD analyses. However, thermal conductivity of the eutectic PCM was significantly enhanced up to 105 % at an equivalent loading of 3.0 wt% nanoparticles. Thermal aging tests also showed thermochemical stability for both pure and composite PCMs in the case of 1,000 cycles. This paper concludes that nano-embedded eutectic PCM may be a potentially well-suited material for medium- and low-temperature applications.
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Phosphate, TDS and BOD removal from industrial wastewater using combined sono-pulsed-electrochemical oxidation: optimization by response surface methodology

August 11, 2025

Hawi Etana Debela, Ghadah M. Al-Senani, Firomsa Bidira, Salhah D. Al-Qahtani, Sivakumar Vigneshwaran, Perumal Asaithambi

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Industrial sectors use high volumes of water and produce huge quantities of wastewater that are full of many types of pollutants, such as phosphates, total dissolved solids (TDS), and those that involve biological oxygen demand (BOD). In this study, the integrated sonolysis and pulsed electrochemical oxidation (S-PEO) process for treating industrial wastewater was examined, with a focus on maximizing pollutant removal and reducing energy usage. Optimal conditions for maximal treatment efficiency were determined by methodically varying key operational parameters, including initial pH, electrolysis time, and current. The results showed that, when the S-PEO process was run at optimal circumstances (pH of 7, electrolysis period of 40 min, and current of 0.5 Amp), it was produced remarkable removal efficiencies. With a low power consumption of 0.19 kWh/m 3 , the removal efficiencies for phosphates, TDS, and BOD were about 98.70 %, 97.44 %, and 95.49 %, respectively. To assess and optimize the process parameters, a methodical approach utilizing response surface methodology (RSM) and central composite design (CCD) was utilized. At a 95 % confidence level, statistical validation using analysis of variance (ANOVA) showed that the independent variables and their interactions had a meaningful impact. Additionally, the study used a quadratic regression model to estimate power consumption and pollutant removal efficiencies with accuracy. The model’s dependability is confirmed by the high value 0.91 of the correlation coefficient. These results emphasize the S-PEO process’s potential as an efficient and environmentally friendly method of treating industrial wastewater.
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Evaluation of degradation in lubricating oil and engine wear using Jatropha oil blended with diesel in stationary compression ignition (CI) engines

August 11, 2025

Rakesh Upadhyay, Mritunjay Kumar Shukla, Ravi Shankar, Prateek Khare, Ankur Tripathi, Anupam Chauhan

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The current environmental scenario has compelled global economies to explore more sustainable and renewable energy resources. The focus of international policies is to enhance the use of alternative renewable energy sources while minimizing the carbon footprint. Vegetable oils and biodiesel can emerge as promising fuels of the future. However, using vegetable oils and biodiesel in engines can cause problematic issues like sticking rings, injector choking, and wear decay of the vital parts of engine during operation. This paper aims to study the prospects and scope of using Jatropha Curcas straight vegetable oil and diesel blends in the engine without making hardware modifications. Initially, Jatropha Curcas oil was pretreated to remove free fatty acid and wax content. Performance and emission tests were carried out on a single-cylinder, four-stroke, and constant-speed engine. A splash blend of 10 % Jatropha Curcas oil in diesel showed almost synonymous performance to that of pure diesel. A 512- hour endurance test was conducted on a bench engine test to evaluate the effect of Jatropha Curcas oil & diesel blend on wear and deposits, rating vital engine parts and fuel injection equipment. Trace metal analysis showed better results for diesel than Jatropha blend. The deposits and merit rating of vital engine parts conclude that after the removal of FFA and wax, a 10 % pretreated vegetable oil blend can be successfully used in stationary diesel engines.
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A hybrid model of prairie dog optimization and closed-form continuous-time neural networks for next generation lithium-ion and sodium-ion batteries

August 11, 2025

Nagarjuna Tandra, Padmanaban Kuppan, Krishna Prakash Arunachalam, Guganathan Loganathan

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This study aims to enhance the performance and sustainability of Li-ion and Na-ion batteries by developing a hybrid PDO-CCTNN technique focused on optimizing energy density and efficiency for advanced energy storage applications across diverse sectors. The proposed method integrates Prairie Dog Optimization (PDO) to fine-tune operational parameters and Closed-Form Continuous-Time Neural Networks (CCTNN) to model battery dynamics, ensuring effective energy management, prolonged lifespan, and improved charging/discharging performance in MATLAB simulations. Simulation results demonstrate that the PDO-CCTNN method achieves a high energy density of 210 kWh/g and an efficiency of 94.1 %, outperforming conventional methods such as BOA, ICBO, GA, PSO, and BHMCO across multiple evaluation metrics. The PDO-CCTNN technique significantly boosts battery performance and sustainability, making it a promising solution for next-generation Li-ion and Na-ion batteries in energy storage systems, with high accuracy, optimized operation, and better adaptability for real-world energy applications.
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Design of terminator-shaped chamber-based micromixers with different obstructions: a CFD approach

August 8, 2025

Ranjitsinha R. Gidde, Meenakshi M. Pawar, Mohua Biswas

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This study investigates micromixers with terminator-shaped chambers and various obstructions using Computational Fluid Dynamics (CFD). The two types of obstructions, curved and angle-shaped, were used to create chaotic advection. For Reynolds values between 0.1 and 30, the effects of obstruction shape and constriction channel width on mixing performance were investigated. Plots of the ethanol mass fraction on the x–y plane at mid-height and on the y–z planes at different distances from the confluence point were used to investigate the mixing field and its characteristics. With the constriction channel width of 75 μm, the Micromixer with Curved–Shaped Obstructions (M-CSO) achieves a mixing efficiency of around 98 % at Re = 0.1 and Re = 30. With a constriction channel width of 75 μm, the Micromixer with Angle-Shaped Obstructions (M-ASO) achieves a mixing efficiency of around 99 % at Re = 0.1 and Re = 30. The findings demonstrate that the M-ASO exhibits superior mixing efficiency.
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Transesterification process and biofuel blending actions on performance of compression ignition engine under different loading conditions

August 4, 2025

Aruna Mahalingam, Nagabhooshanam Nagarajan, Pragati Gajbhiye, Shivakrishna Dasi, Angel Belle, Divakara Rao, Debabrata Barik, Murali Mohan, Sathiyamurthy Subbarayan

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As the demand for sustainable energy and environmental protection grows, alternative biofuels like biodiesel derived from Jatropha Curcas show great potential. By utilizing advanced transesterification techniques with a potassium hydroxide (KOH) catalyst and methanol mixture, we can produce biodiesel and blend it with diesel fuel in varying proportions (1–5 %). These blends demonstrate favourable physical and thermal properties that meet ASTM standards, with kinematic viscosity ranging from 2.1 to 2.5 × 10 −6  m 2 /s. An experimental evaluation of biodiesel/diesel blends in compression ignition (CI) engines with direct injection, tested under various load conditions (10–70 %), produces compelling results. Among the tested blends, the 5 % biodiesel mixture shows superior performance, exhibiting optimal in-cylinder pressure (32 bar), brake specific fuel consumption (BSFC) of 0.32 ± 0.02 kg/kWh, brake power (BP) of 5.2 ± 0.17 kW, and brake thermal efficiency (BTE) of 34 %. Additionally, this blend results in lower emissions of carbon monoxide (CO) at 0.40 %, hydrocarbons (HC) at 23 ± 1 ppm, carbon dioxide (CO 2 ) at 5.8 ± 0.18 %, and nitrogen oxides (NO x ) at 275 ± 6 ppm when compared to pure fossil diesel. These findings indicate that the recommended biodiesel blend is a viable option for use in CI engines, providing a sustainable and environmentally friendly energy solution for future applications.

Issue 0

Issue 8

Special Issue dedicated to “The International Conference on Navigating Global Energy Transition for a Sustainable Future (ICNETS 2024)”

Issue 7

Issue 6

Special issue dedicated to the International Symposium “Chemical Engineering – Environment, Sustainability and the Future”

Special issue dedicated to the International Energy Conference (IEC 2023): Energy and Climate Change

Special Issue Dedicated to the “International Conference on Energy Sustainability and Advanced Materials – 2022 (ICESAM-2022)”

Special issue dedicated to the International Energy Conference, IEC 2021: Sustainable energy as a platform for post-pandemic economic; Guest Editors: Margarita González-Brambila and Carlos O. Castillo-Araiza

Special Issue of “Metallurgical Reaction Engineering”

Special issue dedicated to the International Conference on Reaction Engineering National Institute of Technology, Raipur, India; Guest Editor: Parmesh K. Chaudhari

Issue 4

Special Issue: Multiphase Flows in Process Engineering: Recent Experimental, Theoretical and Numerical Developments; Guest Editors: Shuli Shu, Xizhong Chen, Zhenghong Luo and Jamal Chaouki

Issue 3

Issue 2

Issue 1

Special Issue: In Honour of Dr. Orlando M. Alfano; Guest Editors: María de los Milagros Ballari and Benito Serrano Rosales

Special Issue: Dedicated to the International Conference “Advances in Chemical Engineering-2020 (AdChE-2020)” UPES, Dehradun, India; Guest Editors: Santosh K. Gupta and Ajay K. Ray

Issue 8

Special Issue: Dedicated to the International Conference “Advances in Chemical Engineering-2020 (AdChE-2020)” UPES, Dehradun, India; Guest Editors: Santosh K. Gupta and Ajay K. Ray

Issue 7

Special Issue: Dedicated to the International Conference “Advances in Chemical Engineering-2020 (AdChE-2020)” UPES, Dehradun, India; Guest Editors: Santosh K. Gupta and Ajay K. Ray

Special issue dedicated to the International Energy Conference, IEC-2019, Morelia, México; Guest Editors: Carlos O. Castillo-Araiza, Margarita González-Brambilla and Rafael Maya-Yescas

Special Issue to Honour Professor Gülşen Doğu and Professor Timur Doğu

Issue 5

Special Issue to Honour Professor Gülşen Doğu and Professor Timur Doğu

Special Issue-International Energy Conference-Mexico, Guest Editors: Castillo-Araiza, Carlos O. / González-Brambilla, Margarita

Issue 10

Special Issue-International Energy Conference-Mexico, Guest Editors: Castillo-Araiza, Carlos O. / González-Brambilla, Margarita

Part II: Special Issue in Honor of Prof. Ochoa, Guest Editors: Carlos Castillo Araiza and Benito Serrano

Issue 5

Special Issue in honor of Prof. Ochoa, Guest Editors: Carlos Castillo Araiza and Benito Serrano

Special Issue: First International Energy Conference, IEC 2015, Guest Editors: Carlos O. Castillo-Araiza and Margarita González-Brambila

Issue 5

Issue 4

Special Issue: In Honour of Professor Serge Kaliaguine (Part II), Guest Editors: Benito Serrano Rosales and Ying Zheng

Issue 3

Special Issue: In Honour of Professor Serge Kaliaguine (Part I), Guest Editors: Benito Serrano Rosales and Ying Zheng

Issue 2

Issue 1

Issue 4

Special Issue: Multiphase Flow in Industrial Plant, Guest Editors: Renzo Di Felice, Marco Fossa, Mario Misale, Annalisa Marchitto

Issue 3

Issue 2

Special Issue: The 4th International Congress on Green Process Engineering (GPE2014), Guest Editor: Martine Poux

Issue 1

Issue 2

Special issue for International Chemical Engineering Congress 2013 (ICEC 2013), Guest editors: Mejdi Jeguirim and Lionel Limousy

Issue 1

Issue 2

Special Issue to Honor Professor Alberto E. Cassano, Guest Editors: Orlando Alfano and Eric Bandala

Issue 1

International Journal of Chemical Reactor Engineering publishes special and thematic issues focussed on important and emerging topics in the field of study. The journal has established a rigorous process to ensure that any special issue manuscripts follow the same high-quality standards and peer review processes as regular manuscripts. For further information on the journal’s peer review policy please see the "Instructions for Authors".

Recent Special Issues

Journal Impact Factor	1.4	2024, Journal Citation Reports (Clarivate, 2025)
5-year Journal Impact Factor	1.5	2024, Journal Citation Reports (Clarivate, 2025)
Journal Citation Indicator	0.20	2024, Journal Citation Reports (Clarivate, 2025)
CiteScore	3.1	2024, Scopus (Elsevier B.V., 2025)
SCImago Journal Rank	0.283	2024, SJR (Scimago Lab, 2025; Data Source: Scopus)
Source Normalized Impact per Paper	0.502	2024, CWTS Journal Indicators (CWTS B.V., 2025; Data Source: Scopus)

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Editors
Hugo de Lasa; The University of Western Ontario, Canada; hdelasa@uwo.ca
Mozahar Hossain; King Fahd University Petroleum and Minerals (KFUPM), Saudi Arabia; mhossain@kfupm.edu.sa

Associate Editor:
Benito Serrano Rosales, Universidad de Autónoma de Zacatecas, Mexico; beniser@prodigy.net.mx

Past Editor
Charles Chunbao Xu; City University of Hong Kong, China; chunbaxu@cityu.edu.hk

Editorial Board
Orlando Alfano; Universidad del Litoral, Argentina; alfano@intec.unl.edu.ar
Jose Arandes; Universidad del Pais Vasco, Spain; iqparesj@lg.ehu.es
Xiaotao Bi; University of British Columbia, Canada; xbi@chbe.ubc.ca
Yi Cheng; Tsinghua University, China; yicheng@tsinghua.edu.cn
Jamal Chouki; Ecole Polytechnique, Montreal, Canada; jamal.chaouki@polymtl.ca
Valeria Di Sarli, National Research Council of Italy (CNR), Italy; valeria.disarli@stems.cnr.it
Anthony G. Dixon; Worcester Polytechnic Institute, USA; agdixon@wpi.edu
Gulsen Dogu; Gazi University, Turkey; gdogu@gazi.edu.tr
Milorad P. Dudukovic; Washington University – St. Louis, USA; dudu@poly1.che.wustl.edu
Thierry Gauthier; Institut Français du Pétrole, France; thierry.gauthier@ifp.fr
John R. Grace; University of British Columbia, Canada; jgrace@chml.ubc.ca
Santosh Gupta; Indian Institute of Technology in Kanpur, India; skgupta@iitk.ac.in
Serge Kaliaguine; Université Laval, Canada; Serge.Kaliaguine@gch.ulaval.ca
Sibudjing Kawi; National University of Singapore, Singapore; chekawis@nus.edu.sg
Samir Khanal; University of Hawaii, USA; khanal@hawaii.edu　
Paola Lettieri; University College London, United Kingdom; p.lettieri@ucl.ac.uk
Zheng-Hong Luo; Shanghai Jiao Tong University, China; luozh@sjtu.edu.cn　
Yasuo Ohtsuka; Akita University, Japan; ohtsukay@gipc.akita-u.ac.jp　　　
Ajay Kumar Ray; University of Western Ontario, Canada; aray@eng.uwo.ca
Wensheng Qin; Lakehead University, Canada; wqin@lakeheadu.ca　
Alirio Rodrigues; Universidade do Porto, Portugal; arodrig@fe.up.pt
Hallvard F. Svendsen; Norwegian University of Science and Technology, Norway; svendsen@chemeng.ntnu.no
Zhongchao Tan; University of Waterloo, Canada; tanz@uwaterloo.ca　
Enrico Tronconi; Politecnico di Milano, Italy; enrico.tronconi@polimi.it
J. Ruud van Ommen; Delft University of Technology, The Netherlands; j.r.vanommen@tudelft.nl
Guus van Rossum; University of Twente, The Netherlands; G.vanRossum@utwente.nl　
Fei Wei; Tsinghua University, China; weifei@flotu.org
Joachim Werther; Technical University Hamburg-Harburg, Germany; werther@tu-harburg.de
Gabriel Wild; Ecole Nationale Supérieure des Industries Chimiques, France; Gabriel.Wild@ensic.inpl-nancy.fr
Ying Zheng; University of New Brunswick, Canada; yzheng@unb.ca

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Additional information

eISSN:

1542-6580

Language:

English

Publisher:

De Gruyter

Additional information

First published:

May 1, 2003

Publication Frequency:

12 issues per year

eISSN: 1542-6580

Audience(s) for this journal

Researchers and practitioners interested in chemical reactor engineering What scholars are saying about the International Journal of Chemical Reactor Engineering I value very much the IJCRE for my research as it is one of the important, active and widespread technical journals to disseminate the knowledge and the information. I am always asking my students to continue submitting our new findings and achievements to IJCRE to outreach effectively to scientists and engineers from around the world. On behalf of my students and coworkers, I would like to thank you for considering our papers for publication in your journal. Dr. Muthanna Al-Dahhan , Professor and Chairman , Department of Chemical and Biochemical Engineering , Missouri University of Science and Technology

International Journal of Chemical Reactor Engineering

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