Catalysis Research Journal | IJIRE Open Access
Category: Blog
Date: 2026-09-24
โ๏ธ Catalysis Research Journal โ IJIRE
International Journal of Innovative Research in Engineering (IJIRE) (e-ISSN: 2582-8746) is a bi-monthly, peer-reviewed, open-access international journal supporting research across Science, Engineering, and Technology. Researchers working in catalysis can use this multidisciplinary platform to present original studies involving catalysts, reaction mechanisms, catalytic materials, process development, energy conversion, and environmental applications.
As a multidisciplinary online paper publishing journal, IJIRE provides a platform for academicians, scientists, engineers, researchers, students, and industry professionals to share innovative findings. A catalysis research journal can cover experimental, theoretical, computational, and applied studies involving homogeneous, heterogeneous, enzymatic, photocatalytic, electrocatalytic, and green catalysis.
๐ Scope of the Catalysis Research Journal
The scope of IJIRE provides an academic medium for advancing and disseminating research results that support high-level learning, teaching, and research in engineering and technology. The journal brings together scientists, academicians, engineers, scholars, and students from related disciplines.
Catalysis research encompasses the design, preparation, characterization, testing, and application of substances that influence chemical reaction rates and selectivity. Research may address catalyst activity, selectivity, stability, reaction pathways, kinetics, surface chemistry, catalyst deactivation, reactor systems, and industrial applications.
๐งช Major Catalysis Research Areas
Solid catalysts, surface reactions, catalytic supports, and industrial reaction systems.
Metal complexes, ligand design, reaction mechanisms, and solution-phase catalytic processes.
Light-driven reactions, semiconductor catalysts, solar chemistry, and environmental applications.
Catalytic electrode reactions for hydrogen production, fuel cells, batteries, and energy conversion.
Enzymes, microorganisms, biochemical transformations, and sustainable synthesis.
Environmentally responsible catalytic routes, waste reduction, and sustainable chemical processes.
Nanostructured catalysts, catalytic nanoparticles, and advanced catalytic materials.
Reaction modeling, catalyst screening, molecular simulation, and computational chemistry.
๐ฌ Catalysis Research Topics
- โ๏ธ Catalyst Design: Development and optimization of catalysts with improved activity, selectivity, and stability.
- ๐งฑ Catalyst Materials: Metal oxides, zeolites, carbon materials, polymers, nanoparticles, and supported catalysts.
- ๐ฅ Reaction Engineering: Reaction kinetics, reactor design, mass transfer, heat transfer, and process optimization.
- ๐ฑ Environmental Catalysis: Catalytic treatment of pollutants, wastewater, greenhouse gases, and industrial emissions.
- โก Energy Catalysis: Hydrogen production, fuel cells, carbon conversion, solar fuels, and energy-storage materials.
- ๐ Pharmaceutical Catalysis: Catalytic synthesis of pharmaceutical intermediates, active compounds, and fine chemicals.
- ๐ญ Industrial Catalysis: Petroleum refining, chemical manufacturing, polymer production, and large-scale catalytic processes.
- ๐ป Computational Catalysis: Density functional theory, molecular simulation, data-driven catalyst discovery, and reaction modeling.
๐งฌ Catalysis and Chemistry Research
Catalysis research has strong connections with organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, biochemistry, medicinal chemistry, environmental chemistry, industrial chemistry, polymer chemistry, materials chemistry, computational chemistry, electrochemistry, green chemistry, food chemistry, agricultural chemistry, nuclear chemistry, and radiochemistry.
The interdisciplinary nature of catalysis also supports collaboration with materials science, chemical engineering, biotechnology, nanotechnology, environmental engineering, energy research, and computer science. Computational methods can assist catalyst discovery, reaction prediction, molecular modeling, and analysis of experimental data.
โญ Why Consider IJIRE for Catalysis Research?
โก Rapid Peer Review
IJIRE describes a peer-review workflow intended to provide decisions within a short timeframe while maintaining its stated publication standards.
๐ Open Access Policy
Open-access publishing makes published research available online to readers without subscription barriers.
๐ฐ Low Cost Publication
The stated article processing charges provide an option for researchers seeking a low cost publication route after acceptance.
๐ก๏ธ Plagiarism Protection
Manuscripts are subject to plagiarism screening and publication-integrity procedures.
๐ COPE Compliance
IJIRE states that its publication ethics follow COPE best-practice guidance.
๐ Research Visibility
Open online availability can help catalytic science research reach researchers, students, professionals, and other interested readers.
๐ Indexing & Abstracting
IJIRE lists the following platforms and services in its indexing and abstracting information:
Note: Authors should independently verify the current status of any specific indexing service, including Google Scholar or UGC CARE, before making publication or academic-evaluation decisions.
๐ Fast Publication & Rapid Publication Process
IJIRE describes a streamlined workflow for authors seeking fast publication and rapid publication after peer review and acceptance. The stated publication process includes:
- ๐ Submit Online: Submit your catalysis research paper 24/7 through the editorial management system.
- ๐ฉ Initial Response: Receive an acknowledgment within 12 hours.
- ๐ฌ Expert Review: The stated expert-review period is 2โ7 days.
- ๐ข Decision Notification: Acceptance or rejection notification is stated as 3โ7 days.
- ๐ Publication & Certificate: Published articles provide PDF access and a digital certificate according to the stated process.
๐ฐ Article Processing Charges
IJIRE describes its publication as open access and states that a fee is charged after manuscript acceptance to support online publication and continued journal operations.
| Author Category | DOI Option | Publication Fee |
|---|---|---|
| Foreign Authors | With DOI | $80 USD |
| Indian Authors | Without DOI | โน1200 + 18% GST |
| Indian Authors | With DOI | โน1400 + 18% GST |
โ๏ธ Advanced Editorial Management System
Personalized account with submission history and status updates.
Monitor your manuscript progress through the available publication stages.
Access acceptance letters and copyright-related documents generated through the system.
Convenient access to certificates and published research papers.
๐ป Catalysis, Computational Research & Computer Science
Modern catalysis research increasingly uses computational tools for catalyst screening, reaction prediction, molecular simulation, kinetic modeling, spectral interpretation, and experimental-data analysis. These applications create opportunities to combine catalysis with computational chemistry, artificial intelligence, data science, and computer science.
Research may therefore investigate machine-learning-assisted catalyst discovery, reaction databases, computational modeling, automated laboratory workflows, process optimization, and data-driven analysis. Such interdisciplinary approaches can complement experimental catalysis and contribute to advances in chemical and engineering research.
๐ฑ Green Catalysis and Sustainable Research
Sustainable catalysis focuses on improving reaction efficiency, reducing waste, lowering energy requirements, using renewable feedstocks, and developing environmentally responsible chemical processes. Researchers can explore catalytic solutions for carbon utilization, biomass conversion, hydrogen production, pollutant removal, and sustainable chemical manufacturing.
๐ Low Cost Catalysis Research Publication
Researchers searching for a catalysis research journal may consider peer-review procedures, open-access availability, publication timelines, article processing charges, DOI options, indexing information, and editorial support. IJIRE provides stated options for authors seeking low cost open-access publication and a structured submission workflow. Authors should review the latest journal policies and independently verify UGC CARE and indexing information before submission.
๐ Ready to Publish Your Catalysis Research?
Submit your catalysis research paper through the IJIRE editorial management system and follow the stated peer-review and publication process.
๐ค Submit Catalysis Research๐ง For Queries: [email protected]