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International Journal of Chemical Separation Technology

149.00 US $ 7,315.00 US $Price range: 149.00 US $ through 7,315.00 US $

International Journal of Chemical Separation Technology (IJCST) delivers global insights into innovative separation methods, including advanced filtration, ion exchange, bioseparation, wastewater treatment, hybrid systems, and process optimization. Explore in-depth studies supporting efficient, sustainable, and cost-effective chemical engineering solutions for industrial and environmental applications.

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International Journal of Chemical Separation Technology

The International Journal of Chemical Separation Technology (IJCST) is a leading peer-reviewed journal dedicated to advancing the science, engineering, and industrial application of chemical separation processes. This authoritative publication brings together chemical engineers, process technologists, researchers, laboratory scientists, industrial professionals, and policymakers to share high-impact research shaping the future of separation science and process engineering.

What This Journal Covers: Key Focus Areas

The International Journal of Chemical Separation Technology explores a wide range of critical and emerging topics in chemical engineering and separation science, including:

  • Membrane Separation & Advanced Filtration: Ultrafiltration, nanofiltration, microfiltration, reverse osmosis, membrane fouling control, hybrid membrane systems, and solvent-resistant membranes.
  • Distillation, Absorption & Extraction: Advanced distillation, reactive distillation, azeotropic separation, absorption processes, liquid–liquid extraction, solvent extraction, and separation of complex mixtures.
  • Adsorption, Ion Exchange & Chromatography: Adsorbent materials, activated carbon, zeolites, ion-exchange resins, chromatographic separation, surface chemistry, and breakthrough curve analysis.
  • Separation Process Design & Optimization: Process simulation, modeling and computational analysis, energy efficiency, process intensification, dynamic separation systems, and hybrid separation technologies.
  • Environmental & Green Separation Technologies: Wastewater treatment, pollutant removal, recovery of valuable compounds, emission reduction technologies, zero-liquid-discharge systems, and sustainable chemical processing.

Who Should Read the Journal

The journal is essential for a broad community of scientific and engineering professionals:

  • Chemical engineers work on process design, separation systems, and industrial purification challenges.

  • Industrial professionals in the petrochemical, pharmaceutical, environmental, and manufacturing sectors are focusing on efficient separation processes.

  • Environmental and wastewater engineers implementing separation-based treatment solutions.

  • Academics and researchers studying membrane technology, adsorption, distillation, and process optimization.

  • Policy makers and regulators are shaping guidelines for emissions control, environmental compliance, and industrial processing standards.

Why It Matters

As industries worldwide seek more sustainable, energy-efficient, and cost-effective separation solutions, the International Journal of Chemical Separation Technology plays a vital role by:

  • Publishing cutting-edge research that advances separation science and process engineering

  • Supporting the development of green, low-energy, and environmentally responsible technologies

  • Enhancing industrial efficiency through innovative separation and purification methods

  • Guiding researchers and engineers in solving complex chemical processing challenges

  • Fostering collaboration across chemical engineering, materials science, biotechnology, and environmental engineering

Through rigorous peer review, scientific integrity, and global knowledge exchange, IJCST contributes to innovation, sustainability, and technological advancement in chemical separation processes worldwide.

Subscription & Access Options

The International Journal of Chemical Separation Technology offers flexible access modes for institutions, researchers, and industrial professionals.

  • Digital Access: A comprehensive online platform providing instant access to research articles, archived issues, and a fully searchable repository of peer-reviewed content.
  • Print Edition: Premium printed copies delivered to universities, laboratories, industrial R&D facilities, libraries, and individual subscribers for ongoing reference.

Subscriptions, institutional licenses, and bulk access options are supported through the STM Journals distribution system.

Why Choose STM Journals?

STM Journals delivers a strong foundation for scholarly publishing through:

  • Rigorous peer review ensuring scientific accuracy, credibility, and high-quality research

  • Global accessibility enabling knowledge sharing across academia, industry, and research institutions

  • Multiple formats for seamless integration into digital and traditional research workflows

  • A focused commitment to advancing chemical engineering, separation science, and industrial sustainability

For chemical engineers, researchers, and industry professionals, the International Journal of Chemical Separation Technology stands as a trusted and comprehensive resource for scientific and technical excellence.

About Journal

International Journal of Chemical Separation Technology International Journal of Chemical Separation Technology [2456-6691(e)] is a peer-reviewed open-access journal of engineering and scientific journals launched in 2015 which devoted to creating an awareness of recent advancements in the field of separation technology the main focus of the journal is on the techniques of separation and instrumentation used in the separation process. It is a peer-reviewed journal that publishes original research and reviews articles both theoretical and experimental.

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Journal Information

Title: International Journal of Chemical Separation Technology Abbreviation: IJCST
Issues Per Year: 2 Issues E-ISSN: 2456-6691
Publisher: JournalsPub, An imprint of Dhruv Infosystems Pvt. Ltd.
DOI: 10.37628/IJCST Starting Year: 2015
Language: English Publication Format: Hybrid Open Access
Copyright Policy: CC BY-NC-ND Type: Peer-reviewed Journal (Refereed Journal)

Indexing & Metrics

Indexing: Index Copernicus, Scientific Literature (SCILIT), SJIF, Google Scholar

ICV Value: 2024 : 65.27, 2022 : 66.77

Impact Factor (SJIF): 2024: 5.699, 2023: 5.361, 2022: 5.328, 2021: 5.113, 2020: 4.742

Focus & Scope

Advanced Chemical Engineering & Systems Integration

An integrated material and process roadmap—spanning molecular modeling and electrocatalysis to autonomous plant operations and Industry 4.0 digitalization.

Molecular Insights

Applying Density Functional Theory (DFT) and Quantum calculations to bond activation. Modeling pyrolysis kinetics, transition states, and molecular dynamics for graphene gasification.

Plant Operations

Optimizing chemical reactors through reactive separations. Utilizing intelligent sensors, control loops, and computer-based algorithms to maintain yield and energy efficiency.

Sustainable Power

Engineering electrocatalysis for hydrogen evolution (HER) and oxygen reduction (ORR). Managing battery systems, NH3 synthesis, and waste-to-chemical valorization.

Bio-Hybrid Systems

Developing electroactive biomaterials for neural probes and tissue engineering. Utilizing microalgae for biofuels and cavitation reactors for cell disruption.

Systems & Logistics

Applying Monte Carlo simulations and iterative methods to complex systems. Integrating INCOSE standards for reliability, risk management, and digital twins.

Analytical Characterization

Characterizing nanostructures via FTIR, XRD, and mass spectrometry. Analyzing rheometry and surface chemistry in soft matter, hydrogels, and colloids.

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