Green Chemistry Research Journal | IJSREAT

Green Chemistry Research Journal – Sustainable Chemistry Publications at IJSREAT

Green chemistry focuses on designing chemical products and processes that reduce or eliminate the use and generation of hazardous substances. Research in this area supports sustainable synthesis, safer materials, resource efficiency, waste prevention, and environmentally responsible industrial development.

The International Journal of Scientific Research in Engineering & Technology (IJSREAT), e-ISSN 2583-1240, describes itself as an international, peer-reviewed, open-access, multidisciplinary journal covering science, engineering, and technology. Its stated scope includes chemistry and related disciplines. Researchers interested in a green chemistry research journal can review the journal’s current scope and author requirements to assess whether their work is suitable.

🌱 What Is Green Chemistry?

Green chemistry applies chemical principles to prevent pollution at its source. Rather than focusing only on treating waste after it is produced, green chemistry research explores ways to make chemical reactions, materials, and manufacturing processes safer and more resource-efficient from the beginning.

Green chemistry studies may involve renewable raw materials, catalysts, energy-efficient reactions, safer solvents, biodegradable materials, and improved methods for reducing by-products. The environmental benefits of a proposed method should be supported by suitable measurements and a clear comparison with relevant alternatives.

🧪 Major Green Chemistry Research Areas

Green chemistry is interdisciplinary and connects organic, inorganic, analytical, physical, polymer, materials, and environmental chemistry with chemical engineering and computational methods.

• Sustainable Synthesis: Chemical routes designed to reduce hazardous reagents, unnecessary steps, and unwanted by-products.
• Green Solvents: Evaluation of safer solvent systems, solvent reduction, and solvent-recovery methods.
• Catalysis: Development of catalysts that improve selectivity, reduce energy requirements, or limit waste generation.
• Renewable Feedstocks: Use of biomass-derived or other renewable raw materials in chemical production.
• Waste Prevention: Reaction and process design aimed at reducing waste at the source.
• Biodegradable Polymers: Synthesis and evaluation of polymer materials designed for specific end-of-life or environmental requirements.
• Green Nanomaterials: Preparation and characterization of nanomaterials using methods intended to reduce hazardous inputs or environmental burden.
• Energy-Efficient Chemistry: Investigation of reaction conditions and technologies that reduce energy use while maintaining product quality.
• Electrochemical Methods: Electrochemical synthesis, energy-storage materials, and process approaches that may reduce reliance on conventional reagents.
• Environmental Assessment: Measurement of resource use, waste generation, solvent use, and other relevant indicators to evaluate a process.

🔬 Green Chemistry Research Topics for Journal Papers

The following examples may help researchers develop a focused research question. A suitable manuscript should explain its methods, experimental conditions, evidence, limitations, and contribution to the field.

• Green synthesis and characterization of metal nanoparticles using plant-derived extracts.
• Evaluation of renewable feedstocks for the preparation of value-added chemical products.
• Development of biodegradable polymer composites for selected applications.
• Comparison of solvent systems for reducing environmental impact in an organic synthesis route.
• Investigation of reusable catalysts for improving reaction efficiency and product selectivity.
• Preparation and characterization of bio-based adsorbents for water-treatment applications.
• Assessment of waste reduction in a laboratory-scale chemical process.
• Development of safer methods for synthesizing selected pharmaceutical or fine-chemical intermediates.
• Electrochemical synthesis using alternative reaction conditions.
• Photocatalytic degradation of selected organic pollutants using engineered materials.
• Use of agricultural residues as precursors for functional materials.
• Computational comparison of reaction pathways, catalysts, or solvent interactions.

💻 Green Chemistry, Computer Science and Data-Driven Research

Computer science can support green chemistry through computational chemistry, molecular modelling, process simulation, data analysis, and machine-learning-assisted screening. These methods can help researchers examine candidate molecules, compare reaction conditions, or interpret experimental datasets.

For example, a study may combine laboratory synthesis with computational analysis of reaction pathways or use data-analysis methods to compare solvent consumption and product yield. Authors should explain the dataset, software or model used, validation approach, and limitations so that the computational contribution is reproducible and scientifically interpretable.

📘 About IJSREAT – International Journal of Scientific Research in Engineering & Technology

The International Journal of Scientific Research in Engineering & Technology (IJSREAT), e-ISSN 2583-1240, describes itself as a bi-monthly, international, peer-reviewed, open-access, multidisciplinary online journal for research in science, engineering, and technology.

According to the journal information supplied, IJSREAT was established by academicians, educationists, engineers, and industry professionals to provide a platform for original research, technological innovation, and scientific advancement. Its stated subject coverage includes chemistry, applied chemistry, materials science, environmental engineering, and related areas.

IJSREAT indicates that it accepts original research papers, review articles, and technical notes. Authors should confirm that their green chemistry manuscript fits the journal’s current scope and follow the latest author instructions before submitting.

🌍 Open Access and Peer Review

IJSREAT describes its publication model as open access, meaning published articles are intended to be available online without a subscription charge to readers. The journal also states that it uses peer review and plagiarism screening as part of its editorial process.

The supplied journal information lists an initial acknowledgment target of 12 hours, expert review within 2 days, and a decision target within 3 days. These are journal-stated timelines, not guarantees of acceptance or publication by a particular date. Actual timelines can vary with manuscript suitability, reviewer availability, revision requirements, and editorial decisions.

Authors should consult the journal’s current publication ethics policies and verify any stated compliance or review procedures directly with the journal before submission.

🔎 Indexing and Google Scholar Discoverability

IJSREAT lists the following platforms and services in its supplied indexing and abstracting information:

• Google Scholar
• Scribd and ISSUU
• Elsevier Mendeley
• EuroPub and DRJI
• Academic Keys and Edocr
• I2OR, PDFSR, and ResearchBIB
• SSRN and WorldCat
• Ex Libris, Thomson Reuters Research ID, and Semantic Scholar
• Dimensions and PlumX

Authors should verify current indexing or listing status directly with the relevant services. Google Scholar discoverability is not equivalent to UGC CARE listing or approval. Researchers who require a specific indexing status should check current official UGC information using the journal’s exact title and ISSN.

⚡ Fast Publication and Rapid Publication Information

Researchers searching for fast publication or rapid publication should compare stated editorial timelines with the journal’s peer-review procedures, publication ethics, subject scope, and fee details. A short review target does not guarantee manuscript acceptance or immediate publication.

Before choosing a journal, check whether it provides clear information about reviewer evaluation, revisions, publication charges, article access, corrections, and withdrawal procedures. These details help authors assess whether a publication venue meets their academic and institutional requirements.

💰 Article Processing Charges

According to the fee information supplied by IJSREAT, article processing charges apply after manuscript acceptance. The stated charges for case reports, original articles, and review articles are listed below. Authors should confirm current fees, taxes, DOI arrangements, and payment instructions with the journal before making payment.

Authors searching for a low cost green chemistry research journal should compare the total publication fee, applicable taxes, DOI option, editorial process, journal scope, and services included. The stated fee alone does not establish the quality or suitability of a journal.

📝 IJSREAT Manuscript Submission Process

IJSREAT describes an online submission process through its editorial management system. The workflow provided by the journal is summarized below:

1. Online Submission: Submit the manuscript through the editorial management system, which the journal describes as available 24/7.
2. Initial Acknowledgment: The journal states that acknowledgment is targeted within 12 hours.
3. Expert Review: The supplied process lists a review target of 2 days.
4. Decision Notification: The journal states that an acceptance or rejection decision is targeted within 3 days.
5. Publication and Certificate: After acceptance and completion of required steps, the journal describes PDF access and a digital certificate.

These are stated targets rather than guaranteed timelines. Review duration may depend on the manuscript, reviewer availability, editorial assessment, and any required revisions.

🖥️ Editorial Management System

IJSREAT describes its editorial management system as supporting authors through several administrative features:

• Author Dashboard: Account access to submission history and status updates.
• Real-Time Tracking: Progress information during the editorial process.
• Automated Documents: Generation of acceptance letters and copyright forms.
• Easy Downloads: Access to certificates and published papers through the system.

📋 Tips for Preparing a Green Chemistry Manuscript

A well-prepared manuscript should make its environmental and chemical contribution clear. Before submitting, authors may use this checklist:

• Define the research objective and explain the problem addressed by the study.
• Describe chemicals, materials, equipment, reaction conditions, and experimental procedures.
• Report product yield, selectivity, characterization, and relevant analytical results.
• Where applicable, quantify solvent use, waste generation, energy demand, or other sustainability indicators.
• Explain the basis for comparisons with existing methods or materials.
• Include appropriate controls, replicates, uncertainty information, and statistical methods.
• Discuss limitations and avoid environmental claims that are not supported by the data.
• Follow the journal’s current formatting, reference, ethics, and submission requirements.

✉️ Contact and Online Submission

For questions about manuscript suitability, submission requirements, publication timelines, indexing information, or current charges, contact the journal directly.

Email: editorinchief@ijsreat.com

Submission Portal: IJSREAT Editorial Management System

🌿 Submit Your Green Chemistry Research

Researchers working on sustainable synthesis, renewable feedstocks, safer chemical processes, catalysts, biodegradable materials, or waste prevention can review IJSREAT’s current scope and author guidelines to determine whether their manuscript is appropriate. Confirm the journal’s current publication policies, indexing details, review timelines, and fees before submission.

Submit Your Manuscript