Archives

  • Applied Green Inhibitors
    Vol. 1 No. 1 (2025)

    Special Issue: Applied Green Inhibitors

    This issue of the Journal of Applied Green Engineering (JAGE) is dedicated to recent advances in the development and application of green corrosion inhibitors and environmentally friendly protective strategies. As industries move toward sustainable engineering practices, the demand for eco-friendly corrosion mitigation technologies continues to grow.

    The contributions in this issue explore innovative solutions based on natural compounds, bio-based materials, plant extracts, green chemistry approaches, and environmentally benign formulations designed to reduce corrosion while minimizing environmental impact.

    Topics addressed in this issue include:

    • Development of plant-based corrosion inhibitors
    • Eco-friendly materials for corrosion protection
    • Electrochemical evaluation of green inhibitors
    • Sustainable surface engineering technologies
    • Environmental and industrial applications

    Through interdisciplinary research combining green chemistry, electrochemistry, materials science, and environmental engineering, this issue highlights emerging strategies that contribute to the transition toward more sustainable industrial systems.

    Journal of Applied Green Engineering (JAGE)
    International Green Electrochemistry & Environment Council (IGEEC)

  • Applied Electrical Engineering
    Vol. 2 No. 2 (2025)

    Volume 2 (2025) – Applied Electrical Engineering

    This issue of the Journal of Applied Green Engineering (JAGE) is dedicated to recent advances in Applied Electrical Engineering, highlighting innovative research and technological developments in modern electrical systems and intelligent engineering solutions.

    Electrical engineering plays a fundamental role in the development of efficient, reliable, and sustainable technological infrastructures. The contributions included in this issue address emerging topics such as smart electrical systems, advanced control technologies, power electronics, automation, and intelligent energy management.

    The cover illustration symbolizes the interaction between advanced digital technologies and modern electrical infrastructures. It represents the growing integration of automation, robotics, artificial intelligence, and smart electrical networks, which are shaping the future of engineering systems and industrial innovation.

    Through interdisciplinary contributions from researchers and engineers worldwide, this issue aims to promote innovative electrical engineering solutions that support technological progress, energy efficiency, and sustainable development.

  • Applied Green Process
    Vol. 3 No. 3 (2026)

    Inaugural Issue – Journal of Applied Green Engineering (JAGE)

    The inaugural issue of the Journal of Applied Green Engineering (JAGE) highlights innovative research in sustainable and environmentally friendly engineering processes. This issue focuses on Applied Green Processes, with particular emphasis on eco-efficient technologies such as adsorption-based treatment systems, green materials, and environmentally benign chemical and electrochemical methods.

    The cover illustration represents a green adsorption process, where a porous eco-engineered material captures and removes contaminants from aqueous media. This process symbolizes the development of sustainable purification technologies aimed at water treatment, environmental remediation, and resource recovery. The graphical representation emphasizes the interaction between pollutants and engineered green materials, illustrating the role of adsorption in achieving cleaner and more sustainable industrial processes.

    Through contributions from researchers and engineers working in green chemistry, electrochemical technologies, environmental engineering, and renewable energy systems , this issue aims to promote innovative solutions that reduce environmental impact while improving process efficiency.

    This issue reflects the journal’s mission to advance sustainable engineering practices and green technological development for a cleaner and more resilient future.

  • Applied Green Metallic Protection
    Vol. 4 No. 4 (2026)

    Volume 4 (2026): Applied Green Metallic Protection

    The fourth volume of the Journal of Applied Green Engineering (JAGE) highlights recent advances in Applied Green Metallic Protection, a rapidly evolving research field focused on sustainable strategies for protecting metallic materials against corrosion and environmental degradation.

    This issue brings together innovative studies addressing environmentally friendly corrosion inhibitors, green surface treatments, eco-designed coatings, and sustainable electrochemical protection methods. The contributions emphasize the integration of green chemistry principles and sustainable engineering solutions to enhance the durability and performance of metallic structures while minimizing environmental impact.

    Researchers explore the use of bio-based inhibitors, plant extracts, nanomaterials, and eco-friendly coatings for corrosion mitigation in various industrial sectors including energy systems, infrastructure, marine environments, and electrochemical technologies.

    By combining experimental investigations, electrochemical analyses, and advanced materials engineering, this volume provides valuable insights for scientists, engineers, and industry professionals working towards sustainable metallic protection technologies.

    The issue contributes to the broader mission of JAGE to promote research at the intersection of engineering, electrochemistry, energy, and environmental sustainability.