GX & Decarbonization Research

S. Bechta, G. Boissonnet, K. Froment +5

This special issue honors Jean-Marie Seiler's legacy in modeling severe nuclear reactor accidents and his role in low-carbon energy development. It highlights nuclear safety and its contribution to decarbonization.

Umair Kashif, Shi Qiang Liu, Snovia Naseem +1

This study analyzes determinants of green growth in China using time series data from 1990 to 2002. It finds that renewable energy, innovation, and knowledge consistently enhance green growth, while digitalization's effect is context-depend…

Yi Yao, Li Fu

This paper proposes a comprehensive evaluation framework to assess how clean energy initiatives influence ecotourism competitiveness in rural townships. It combines fuzzy Delphi, ANP, and DEMATEL methods with qualitative assessments of poli…

Daniel Raimi, Brian Charles Prest, A. M. M. Thompson

This paper presents a collaborative research project with the Southern Ute Indian Tribe, a natural gas-producing tribe in Colorado. Scenario analysis shows that natural gas production and revenues decline through 2050, while solar developme…

Runa Das, Jofri Issac, Mike Churchill +3

This paper analyzes 114 policy initiatives in British Columbia from 1989 to 2023 that affect energy poverty. It finds that despite clean energy leadership, policies addressing energy poverty are indirect and insufficient. Most programs focu…

Kai Liu

This study analyzes the impact of low-carbon development on urban employment using a dynamic spatial Durbin model. Results suggest that low-carbon policies may have positive effects on employment, offering insights for policy design.

Zhixin Huang, Shuai Fu, Ruixue Yin +3

This paper proposes a novel catalyst support using triply periodic minimal surfaces (TPMS) to enhance the performance of low-carbon micro power systems. By maximizing surface area and improving catalytic efficiency, this approach could redu…

(著者不明)

This paper discusses the construction of an energy system that balances safety and environmental preservation. Although specific methodologies or data are unclear, it suggests policy and technology directions.

(著者不明)

This study proposes a design method for wide-area energy systems that accounts for the energy supply-demand characteristics of individual municipalities. It could contribute to regional renewable energy integration and efficiency.

R.R. Xusainov, K.S. Ibragimova

This paper examines Uzbekistan's energy strategy in the context of economic development and market transition. It analyzes key phases including diversification of energy sources, promotion of renewable technologies, infrastructure upgrades,…

Duygu Celayir, Çağla Celayir

This conceptual study examines how integrating energy transition and circular economy can enhance sustainability. It suggests that renewable energy deployment and resource efficiency complement each other, improving environmental outcomes. …

Sun J.

This paper characterizes NOx and greenhouse gas emissions from a 15 MW biomass circulating fluidized bed boiler, analyzing the relationship between combustion conditions and emission factors based on experimental data. It contributes to env…

Shaterabadi M.

This study analyzes the effect of solar panel shading on energy management in triple interconnected grids incorporating crypto miners, CCUS, and green roofs. It proposes optimization methods for load and generation under shading conditions.…

Tachrir Tachrir, H Hasddin, Muhamad Idham Handa +7

This study analyzes Asia's electricity supply-demand gap from 1993-2022 and forecasts to 2052 under BAU and Additional Efforts scenarios. Results show rising demand despite policy interventions, emphasizing the need for accelerated renewabl…

Boris D. Soh Wenda, Thierry M. Pondie, Aïssatou Ndiaye +3

This study examines the dynamic impact of clean cooking energy access on the cost and affordability of healthy diets in developing countries. Using panel data and quantile regression, it finds a nonlinear relationship: in low-cost countries…

Tao Qian, Jinyu Yue, Chongyu Wang +3

This paper discusses the integration of urban energy systems with three-dimensional mobility (flying cars) for the scale-up of electric vertical takeoff and landing (eVTOL) aircraft. It highlights the optimization of energy supply infrastru…

Rajdeep Mukherjee, Amiya K. Jana

This paper proposes a framework beyond plant boundary to make desalination systems carbon neutral and zero discharge while generating by-products. It addresses decarbonization and circular economy aspects, though full details are unavailabl…

K.L. van den Broek, L. de Jager, R. Doran +1

This study investigates how citizens' mental models of the energy transition align with national policies, using a systems thinking approach. Focusing on the Netherlands and Norway, it compares the centrality of 16 pathway components in men…

Vourdoubas John

This study estimates carbon emissions from winemaking in Crete, Greece, and examines the potential for sustainable fuels and renewable energy. Findings show low lifecycle emissions and technical/economic feasibility of decarbonization throu…

Olli-Matti Mikkola, Nelli Eerikäinen, Sakari Höysniemi +5

This systematic review of European renewable energy scenarios uses the PESTE framework to reveal a dominant positivist paradigm focused on techno-economic drivers, sidelining societal and biophysical aspects. It argues for interdisciplinary…