🌿 937. Green Chemistry Research Journal – IJIRE

A green chemistry research journal provides a platform for research focused on designing chemical products and processes that reduce waste, minimize hazardous substances, improve resource efficiency, and support sustainable development. The International Journal of Innovative Research in Engineering (IJIRE), e-ISSN: 2582-8746, is a bi-monthly, peer-reviewed, open-access international journal covering diverse areas of Science, Engineering, and Technology.

IJIRE describes its platform as multidisciplinary and intended for academicians, educationists, engineers, researchers, and industry professionals. Its stated scope includes Chemical and Environmental Engineering, Applied Chemistry, Materials Science and Nanotechnology, Renewable Energy Systems, Computer Science, Artificial Intelligence, and related fields that can support interdisciplinary green chemistry research.

🔬 Green Chemistry Research Scope

Green chemistry focuses on preventing pollution at the molecular and process level by developing safer, more efficient, and more sustainable chemical methods. Research can address chemical synthesis, solvents, catalysts, raw materials, energy consumption, waste prevention, product design, and end-of-life considerations.

Green chemical synthesis
Environmentally friendly reaction methods
Green solvents and solvent-free chemistry
Biocatalysis and sustainable catalysis
Renewable and bio-based feedstocks
Waste prevention and resource efficiency
Energy-efficient chemical processes
Biodegradable and sustainable materials
Green analytical chemistry
Environmental remediation and sustainable technologies

⚗️ Research Topics for a Green Chemistry Journal

Researchers preparing a manuscript for a green chemistry research journal can investigate sustainable chemical reactions, safer materials, renewable resources, waste reduction, energy efficiency, and environmentally responsible technologies.

♻️ Green Synthesis and Sustainable Reactions

Research may focus on reducing hazardous reagents, improving reaction efficiency, minimizing by-products, using safer reaction conditions, and developing synthetic routes with lower environmental impact.

🧪 Green Solvents and Safer Chemical Processes

Potential research areas include solvent-free reactions, water-based chemistry, bio-based solvents, solvent recovery, safer reaction media, and approaches that reduce chemical hazards while maintaining useful reaction performance.

🌱 Renewable Resources and Bio-Based Chemistry

Researchers can investigate biomass-derived chemicals, renewable feedstocks, bio-based polymers, agricultural residues, natural products, and other renewable resources for sustainable chemical production.

⚡ Energy-Efficient Chemistry

Green chemistry research can explore lower-energy reaction pathways, catalytic processes, renewable-energy-assisted synthesis, efficient heating methods, and chemical processes designed to reduce energy consumption.

🧫 Green Chemistry and Catalysis

Catalysis is an important research area in green chemistry because suitable catalysts can help improve reaction efficiency and selectivity. Research may investigate heterogeneous catalysts, homogeneous catalysts, biocatalysts, photocatalysts, nanocatalysts, and recyclable catalytic systems.

Biocatalysis and enzyme-based reactions
Heterogeneous and recyclable catalysts
Nanocatalysts for sustainable synthesis
Photocatalytic green chemistry
Electrocatalytic chemical processes
Low-waste catalytic transformations
Selective and energy-efficient chemical reactions

🌐 IJIRE Scope for Green Chemistry Research

IJIRE's stated scope includes several fields relevant to green chemistry. These include Chemical and Environmental Engineering, Renewable Energy Systems and Sustainable Technologies, Materials Science and Nanotechnology, and Applied Physics, Chemistry and Mathematics.

Electrical, Electronics, and Communication Engineering
Computer Science and Information Technology
Mechanical and Civil Engineering
Chemical and Environmental Engineering
Biomedical and Biotechnology Engineering
Artificial Intelligence, Machine Learning, and Data Science
Robotics, Automation, and Internet of Things
Renewable Energy Systems and Sustainable Technologies
Materials Science and Nanotechnology
Applied Physics, Chemistry, and Mathematics

💻 Green Chemistry and Computer Science

Green chemistry can connect with computer science through computational chemistry, machine learning, artificial intelligence, data analytics, process optimization, and digital modelling. These methods can help researchers evaluate chemical pathways and explore more efficient approaches.

Interdisciplinary research may include machine-learning-assisted reaction prediction, computational catalyst design, chemical-process optimization, sustainable materials modelling, environmental data analysis, molecular property prediction, and artificial intelligence applications in green chemistry.

💰 Low Cost Green Chemistry Journal Publication

Researchers searching for a low cost green chemistry research journal can review the article processing charges stated by IJIRE. The journal describes its publication model as open access and states that a fee is payable after manuscript acceptance.

Foreign Authors – With DOI: $80 USD
Indian Authors – Without DOI: ₹1,200 + 18% GST
Indian Authors – With DOI: ₹1,400 + 18% GST

Authors should confirm the latest low cost publication charges, DOI options, and applicable policies before submission because fees and publication policies may change.

⚡ Fast Publication and Rapid Publication for Green Chemistry

Researchers interested in fast publication or rapid publication can review IJIRE's stated publication workflow. The journal describes an initial response within 12 hours, expert review within 2–7 days, decision notification within 3–7 days, and publication with PDF and digital certificate access after acceptance.

Submit Online: 24/7 submission through the editorial management system.
Initial Response: Acknowledgment stated as within 12 hours.
Expert Review: Peer review stated as 2–7 days.
Decision Notification: Acceptance or rejection stated as 3–7 days.
Publication & Certificate: PDF access and digital certificate after publication.

These timelines are based on the publication process supplied by IJIRE and should be confirmed with the journal before submission.

🎓 Google Scholar and Green Chemistry Research

Researchers often consider discoverability when selecting a green chemistry research journal. IJIRE lists Google Scholar among its indexing and abstracting services. Authors should independently verify current indexing status with the relevant database before relying on an indexing claim.

📚 Indexing and Abstracting Services

IJIRE lists the following services under its indexing and abstracting information:

Google Scholar
Scribd
ISSUU
Elsevier Mendeley
EuroPub
DRJI
Academic Keys
Edocr
I2OR
PDFSR
ResearchBIB
SSRN
WorldCAT
Exlibris (part of Clarivate)
Thomson Reuters – Research ID
Semantic Scholar
Dimensions
PlumX

Indexing coverage can change over time. Authors should verify current indexing information directly with the relevant service when a specific database is required for academic or institutional purposes.

🏛️ UGC CARE Considerations for Green Chemistry

Researchers searching for a UGC CARE journal should distinguish between general indexing or abstracting services and official UGC CARE recognition. If UGC CARE status is required by an institution or academic programme, authors should independently check the current official requirements and applicable status before submitting a green chemistry research paper.

📝 How to Prepare a Green Chemistry Research Paper

Define the sustainability objective: Identify the chemical process, product, material, or environmental challenge being addressed.
Review existing literature: Examine relevant green chemistry, environmental chemistry, materials science, and engineering research.
Describe the methodology: Explain reagents, solvents, catalysts, reaction conditions, analytical methods, and experimental procedures.
Measure sustainability-related outcomes: Where appropriate, report waste generation, energy use, solvent requirements, yield, selectivity, or other relevant indicators.
Analyse environmental benefits: Explain how the proposed approach can reduce hazards, waste, resource use, or environmental impact.
Discuss scalability and applications: Describe potential practical or industrial relevance where appropriate.
Use reliable references: Cite relevant scholarly sources and follow the journal's current requirements.

🚀 Emerging Green Chemistry Research Areas

Emerging green chemistry research combines sustainable synthesis, renewable resources, catalysis, materials science, biotechnology, computational methods, and environmental engineering. Researchers can investigate technologies that improve chemical efficiency while reducing environmental burdens.

AI-assisted green reaction design
Machine learning for sustainable synthesis
Biocatalysis and enzyme-based chemistry
Renewable and biomass-derived feedstocks
Green solvents and solvent-free processes
Photocatalytic and electrocatalytic chemistry
Biodegradable and sustainable polymers
Recyclable catalysts and materials
Carbon-efficient chemical processes
Waste-to-resource technologies

🌱 Open Access Green Chemistry Research

Open-access publication can make research available online without a subscription barrier. IJIRE describes its journal as open access and states that published articles can be viewed freely online, providing an online platform for researchers working in green chemistry and related scientific fields.

When comparing publication options, researchers may consider low cost, fast publication, rapid publication, peer review, open access, indexing requirements, scope, and publication policies. Current journal information should be reviewed before submission.

⚙️ Advanced Editorial Management System

Author Dashboard: Personalized account with submission history and status updates.
Real-time Tracking: Monitor manuscript progress through publication stages.
Automated Documents: Generation of acceptance letters and copyright forms.
Easy Downloads: Access certificates and published papers.

✅ Green Chemistry Journal Submission Checklist

Select a focused green chemistry research topic.
Prepare an original and clearly structured manuscript.
Describe the chemical methodology and experimental conditions.
Report relevant sustainability and environmental indicators.
Explain the significance of waste reduction, resource efficiency, or safer chemistry.
Use appropriate scholarly references.
Check plagiarism and publication-ethics requirements.
Review the latest article processing charges.
Verify current indexing information where required.
Check UGC CARE requirements separately if applicable.
Follow the journal's latest manuscript and submission guidelines.

📤 Ready to Publish Your Green Chemistry Research?

Researchers can submit a green chemistry research paper through the IJIRE editorial management system. The platform is described as supporting online submission, manuscript tracking, document generation, and access to publication-related documents.

IJIRE Editorial Management System – Submit Online

For queries: [email protected]

Green Chemistry Research Journal | IJIRE Open Access