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Global Decarbonisation

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Contents

  • 1Introduction
    • 2Scope and interdisciplinary focus
      • 3Editorial principles and publishing approach
        • 4Looking ahead
          Caravel Press
          Global Decarbonisation

          Volume 2, 2026, Article 2026.001

          Global Decarbonisation cover

          Editorial

          Editorial: Advancing Global Pathways to Net Zero

          , , , , , ,

          1University of Nottingham, Nottingham NG7 2RD, United Kingdom

          2Necmettin Erbakan University, Türkiye

          3Bursa Uludag University, Özlüce Görükle Kampüsü, 16059 Ni̇lüfer/Bursa, Türkiye

          4World Society of Sustainable Energy Technologies, Nottingham, NG11 6AA, United Kingdom

          5Indian Institute of Technology Madras, Chennai, Tamil Nadu 600036, India

          6Suzhou University of Science and Technology, China

          * Correspondence: Saffa Riffat, [email protected]

          Published
          16 March 2026
          Pages
          1-3
          Received
          16 March 2026
          Accepted
          16 March 2026
          DOI
          10.65582/gd.2026.001
          Access
          Open access, CC BY 4.0
          Published 16 March 2026·Pages 1-3doi.org/10.65582/gd.2026.001
          Received 16 Mar 2026·Accepted 16 Mar 2026Open accessunder CC BY 4.0
          Download PDF3 pages · 107 KBCheck for updates

          Abstract

          The accelerating impacts of climate change and the growing urgency to limit global warming have placed decarbonisation at the centre of international policy, technological innovation, and economic transformation. Achieving a net zero carbon future requires coordinated action across energy systems, industrial processes, transport, urban infrastructure, and societal behaviour. Global Decarbonisation (GD) is established as an international peer reviewed open access journal dedicated to advancing research that supports this transition. This editorial outlines the journal’s scope, interdisciplinary focus, and commitment to publishing high quality research that contributes to the development of practical pathways toward a low carbon global economy.

          Keywords. Decarbonisation; Net zero transition; Low carbon technologies; Renewable energy systems; Carbon capture utilisation and storage

          1. Introduction

          The global effort to reduce greenhouse gas emissions represents one of the most significant technological and policy challenges of the twenty first century. Governments, industries, and research institutions worldwide are increasingly focused on strategies that enable deep reductions in carbon emissions while maintaining economic growth and energy security.

          Achieving these goals requires advances across multiple domains, including renewable energy deployment, electrification of transport, improvements in energy efficiency, carbon capture technologies, and the development of circular and resource efficient economic systems. At the same time, the transition toward a low carbon future must also address questions of governance, financing, social acceptance, and equitable development.

          Global Decarbonisation is established to support these efforts by providing a dedicated scholarly platform for research that advances the understanding and implementation of decarbonisation strategies. The journal aims to publish work that not only contributes to theoretical knowledge but also offers practical insights for policymakers, industries, and communities seeking to reduce carbon emissions and build climate resilient systems.

          2. Scope and interdisciplinary focus

          Decarbonisation is inherently interdisciplinary, requiring collaboration between engineers, scientists, economists, policymakers, and industry practitioners. Reflecting this complexity, Global Decarbonisation welcomes contributions that examine both technological innovation and the broader economic, environmental, and societal dimensions of the low carbon transition.

          Key areas of interest include but are not limited to:

          • Zero carbon technologies and innovations that reduce emissions across sectors
          • Renewable energy development and integration into energy systems
          • Energy efficiency in buildings, transport, and industrial processes
          • Carbon capture, utilisation, and storage (CCUS)
          • Sustainable urban development and low carbon city planning
          • Policy frameworks and governance mechanisms for decarbonisation
          • Economic instruments and financial strategies supporting net zero transitions
          • Social and behavioural dimensions of the low carbon transition
          • Circular economy approaches and resource efficiency
          • Decarbonisation of transport systems and heavy industries

          By addressing both established and emerging approaches, the journal aims to support innovation across the full spectrum of decarbonisation strategies, from fundamental research and system modelling to real world implementation and policy evaluation.

          3. Editorial principles and publishing approach

          Global Decarbonisation is committed to maintaining high standards of academic quality, research integrity, and transparency. All submissions undergo rigorous peer review to ensure originality, methodological rigour, and relevance to the global decarbonisation agenda.

          The journal places particular emphasis on research that demonstrates clear implications for policy development, technological deployment, and system level transformation. Contributions that provide evidence based insights into scalable and practical solutions are especially encouraged.

          As an open access journal, Global Decarbonisation seeks to ensure that research findings are widely accessible to the global community. By removing barriers to access, the journal aims to support the dissemination of knowledge that can inform decision making across academia, government, industry, and civil society.

          4. Looking ahead

          The transition to a low carbon global economy will require sustained innovation, interdisciplinary collaboration, and informed policy development. Through the publication of high quality research and critical analysis, Global Decarbonisation aims to contribute to the growing body of knowledge that supports this transformation.

          Future issues will feature studies that explore emerging technologies, evaluate decarbonisation strategies across sectors, and examine the broader societal implications of the net zero transition. The journal also seeks to promote dialogue between researchers and practitioners working to translate research findings into real world impact.

          The editorial team invites researchers, policymakers, and industry experts from around the world to contribute their work and participate in advancing the global transition toward a sustainable and net zero carbon future.

          How to cite this article

          Riffat, S., Kutlu, C., Pastakkaya, B., Riffat, J., Reddy, K.S., Zhang, S. and Chen, Z. (2026). 'Editorial: Advancing Global Pathways to Net Zero'. Global Decarbonisation, 2, pp. 1-3. https://doi.org/10.65582/gd.2026.001

          NextPerformance Analysis of Indoor CO₂ Capture Methods across Operational Contexts for Building Emissions Reduction

          © 2026 The Author(s). Published by Caravel Press.

          Anyone may read, download, copy, distribute and build on this article, in any medium or format, provided the authors and the original article are credited. Read the CC BY 4.0 licence

          ← Global Decarbonisation

          Also in volume 2

          • Technical ArticlePerformance Analysis of Indoor CO₂ Capture Methods across Operational Contexts for Building Emissions ReductionShen, Y. and Yang, H. · pp. 4-24
          • Technical ArticleResearch on the Application of Hollow Fiber Membrane Reactor for CO2 Absorption Based on Amino Acid Salt Solution in Carbon Capture Energy TowerHou, Z., Yang, L., Zhu, Y. and Guo, H. · pp. 25-39
          • Technical ArticleHow do Sustainability Ideologies Manifest in Local Planning Decisions?Batchelor, D. and Bremner, L. · pp. 40-53
          • ReviewComputational Fluid Dynamics in Hybrid Passive–Active Heat Recovery Systems for High-Performance Buildings: A Critical ReviewRiffat, J. and Samaei, S.R. · pp. 54-89
          • Technical ArticleStrategic Marketing Narratives in the Global Decarbonisation Era: A Content Analysis of Corporate Communication PracticesSeren, N. · pp. 90-110
          • Technical ArticleA Deep Learning Approach to Power Quality Monitoring for Energy Efficiency and Carbon ReductionDanaci, K.İ. and Akkaya, S. · pp. 111-142
          All 15 articles

          Global Decarbonisation

          ISSN 3050-0230
          Edited by Saffa Riffat

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