GX & Decarbonization Research

J Harrison, David B. Walls, Neil Burnside

This study assesses the Old Fordell mine water discharge in Scotland, showing that gravity-driven surface discharge can provide 4.4 MW of heat output, sufficient for about 1,100 homes. Based on 2007–2019 monitoring data, the heat output is …

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This lecture discusses the continuum of actions required to build low-carbon cities, emphasizing the integration of urban planning and climate mitigation strategies, offering practical approaches for sustainable urban development.

Salim Barbhuiya, Dibyendu Adak, Bibhuti Bhusan Das +1

This review evaluates low-carbon concrete (LCC) technologies including SCMs, alkali-activated binders, CCU, and novel aggregates. Synthesizing LCA results, it finds 20–70% CO2 savings over conventional concrete but highlights durability, st…

Mehran Aziminezhad, Ahmed Bediwy, Eltayeb Mohamedelhassan

This study applies response surface methodology to optimize multi-waste low-carbon concrete mixtures, evaluating synergistic effects of waste combinations to reduce CO2 emissions while maintaining strength.

Jiamu Feng, Linai Zhou, Mincan Yang +5

This review proposes an integrated framework for electrocatalytic nitrogen conversion, focusing on electronic configuration to unify understanding of five key nitrogen reactions. It identifies five dimensions of electronic regulation (d-ban…

A A K Srivastava, Easwaran Narassimhan, Navroz K. Dubash

This paper assesses eight emissions-economy modeling studies informing India's low-carbon development policy. It finds insufficient exploration of growth and urbanization possibilities, inadequate demand-side approaches, importance of emiss…

Canada Foundation for Innovation | Fondation canadienne pour l'innovation

This paper explores flexible operation methods for low-carbon power systems. It likely proposes operational strategies to facilitate renewable energy integration and maintain grid stability.

Varun Jyothiprakash, Balachandra Patil, Abhishek Das

This paper proposes a linear programming optimization model for balancing dynamic supply and demand in low-carbon electricity transition. Validated on Karnataka, India's power system, it achieves lower cost (Rs. 2.04/kWh vs. 2.13) and highe…

Haoran Liu, Zunyan Hu, Xiaoxue Kou +7

This paper analyzes the trade-offs between electrical and thermal storage capacity in off-grid heat pump heating systems. It provides optimization insights for cost-effective zero-carbon building heating design.

L. Men

This paper analyzes China's energy strategy under the 14th Five-Year Plan (2021-2025), focusing on priorities and implementation mechanisms. It examines regulatory foundations, renewable energy development, energy efficiency, and innovative…

Anke Frederike Arp, Vassilis Daioglou, Luja von Köckritz +7

Using an integrated assessment model combined with stock-driven dynamic material flow analysis, this study projects future global consumption of metals (steel, aluminum, copper) and non-metallic minerals (cement, sand, limestone, clay) unde…

Olfa Berrich, Fereshteh Mafakheri, Halim Dabbou

This study analyzes the impact of energy justice on environmental degradation using panel data from 69 countries (2000-2022) and examines the moderating role of renewable energy. Results show that higher energy justice is associated with gr…

Aida Bouzir, Anyssa Trimech

This bibliometric analysis examines the global research landscape on energy supply chain risks under geopolitical, economic, and climate policy uncertainties. Analyzing 344 publications from 2014-2025, the study identifies three key themes:…

Hélder Queiroz Pinto, Fabio Oroski, Flavia Alves +3

This review focuses on adapting engineering and economics education for the energy transition, integrating tools like problem-based and project-based learning. It examines Brazil's Human Resources Program managed by the National Petroleum A…

Julia Schuler, Armin Ardone, Viktor Slednev +1

This paper examines the potential role of iron fuel in Europe's clean energy transition. Iron is a high-density energy carrier that can be produced from renewable energy and burns without carbon emissions. It is positioned as a promising te…

Dorsa Razeghi-Jahromi, Hossein Khajehpour

This study develops an energy planning model for Iran, a multi-climate developing country, incorporating climate change impacts across climatic zones. It integrates mitigation and adaptation strategies, analyzing least-cost capacity mix thr…

Kung-Ming Lan

This paper links the energy transition with the historical 'Great Divergence' and analyzes the strategic challenges facing Taiwan. Using the metaphor of silver's dual identity, it explores the balance between sustainable energy policies and…

Alberto Borghetti, Fabio Napolitano, Carlo Alberto Nucci +1

This paper examines energy communities (ECs) as enablers of urban energy transition in Europe, focusing on renewable integration, local engagement, and system performance. Using a day-ahead scheduling model on a real distribution network in…

Ihsen Abid

Using NARDL and quantile regression, this study analyzes asymmetric and state-dependent effects of economic growth, renewable energy, energy use, trade openness, and innovation on CO2 emissions in France (1990-2024). Results show that decli…

Joko Susilo, Indra Gunawan, Aimatul Yumna

This study examines the dynamic interactions among CO2 emissions, renewable energy consumption, and economic growth in G20 countries from 1990 to 2022 using panel VAR. Findings show that CO2 emissions boost GDP in the short run but harm it …