Focus and Scope

Global Journal of Chemistry (GJCHE) is a peer-reviewed academic journal that publishes original, high-quality, and rigorously reviewed research in pure and applied chemistry. The journal prioritizes contributions that demonstrate strong theoretical foundation, experimental validity, and methodological rigor, with relevance to contemporary challenges in chemistry at national, regional, and global levels.

The journal welcomes experimental, theoretical, and computational studies that advance chemical science and its applications. Particular emphasis is placed on research that integrates chemistry with materials science, environmental sustainability, biotechnology, and industrial innovation.

GJCHE aims to advance chemical knowledge by promoting reproducible research, encouraging innovation in chemical synthesis and analysis, and supporting the application of chemistry in solving real-world problems. The journal positions itself as a platform for high-impact scholarship with strong international visibility and citation potential.

Scope

1. Organic Chemistry

  • Organic synthesis and reaction mechanisms
  • Natural products and medicinal chemistry
  • Polymer chemistry and macromolecules

2. Inorganic Chemistry

  • Coordination and organometallic chemistry
  • Solid-state and materials chemistry
  • Bioinorganic chemistry

3. Physical Chemistry

  • Thermodynamics and kinetics
  • Quantum chemistry and molecular modeling
  • Surface and colloid chemistry

4. Analytical Chemistry

  • Instrumental analysis and spectroscopy
  • Chromatography and separation techniques
  • Electrochemical analysis and sensors

5. Materials and Nanochemistry

  • Nanomaterials and nanotechnology
  • Functional and advanced materials
  • Surface modification and characterization

6. Environmental and Green Chemistry

  • Environmental analysis and monitoring
  • Green chemistry and sustainable processes
  • Waste management and pollution control

7. Biochemistry and Chemical Biology

  • Biomolecules and enzymatic processes
  • Drug discovery and biochemical analysis
  • Chemical aspects of biological systems

8. Industrial and Applied Chemistry

  • Chemical engineering processes
  • Catalysis and reaction engineering
  • Industrial chemical production

9. Computational and Theoretical Chemistry

  • Molecular simulation and modeling
  • Computational chemistry methods
  • Data-driven chemistry and cheminformatics

10. Chemistry Education

  • Teaching and learning of chemistry
  • Curriculum and laboratory instruction
  • Technology in chemistry education

Editorial Emphasis

  • Clear research gap and originality
  • Strong theoretical and experimental contribution
  • Robust, transparent, and reproducible methodology
  • Analytical depth and scientific rigor
  • Interdisciplinary relevance and innovation
  • Use of recent and high-quality international references