GX & Decarbonization Research

Інеса Міхно, Nikolay Penev, Tetiana Dudka +1

This paper analyzes investment trade-offs in the green energy transition for Ukraine, comparing costs of active transition vs. inaction. Using a discounted expected cost model over a 10-year horizon, it finds cumulative opportunity costs of…

ZENAGUI SA

This paper develops a Green Stock-Flow Consistent macroeconomic model for Algeria, incorporating carbon taxation, a sovereign green investment fund, and renewable energy. Five policy simulations show that a phased carbon tax combined with t…

Stamatopoulos, Charalampos Harris, Süß, Viola, Thelen, Michael +3

This paper reports results from three research pilots in Leipzig, Merano, and Salzburg on citizen-centered cargo bike solutions for last-mile delivery and personal mobility. It demonstrates that infrastructural innovations (micro-hubs, shar…

Yamamoto, Takuo

This paper analyzes the environmental and economic benefits of Sustainable Aviation Fuel (SAF) versus the challenges of its production and implementation in commercial aviation. SAF can significantly reduce greenhouse gas emissions compared…

Jing Wang, Zhibin Yang

Using staggered difference-in-differences analysis of Chinese listed renewable energy firms, this study finds that Fintech Reform Pilot Zones significantly improve firms' access to external financing and increase Energy Transition Depth (ET…

Xu J.

This paper provides a systematic bibliometric review of the research landscape on energy transition and green finance. It visualizes author, country, and keyword networks, highlighting research progress and future directions. The study emph…

Zhang C.

This study empirically investigates the impact of green finance on energy transition and carbon emission reduction targets, focusing on double threshold effects and spatial spillover mechanisms across regions.

Bettarelli L.

This paper empirically examines 'greenflation'—inflationary pressures from decarbonization policies—using macro, regional, and sectoral data. Findings suggest heterogeneous impacts across regions and sectors, offering implications for polic…

Trofimenko Y.

This paper forecasts energy consumption and greenhouse gas emissions from road transport in Russia up to 2050. It uses scenario analysis to assess decarbonization potential in Russia's transport sector, offering policy insights.

Leong W.Y.

This paper discusses the net zero energy revolution transforming industries and communities, but lacks specific analysis or methodology due to missing abstract.

Mori A.

This paper discusses the challenges and prospects of net-zero transitions in the energy and finance sectors, focusing on Southeast Asia and beyond. It analyzes the interplay of policy, investment, and technology, assessing transition risks …

Chao Guo, Ya Yuan, Y. Zheng +2

This paper uses an integrated AHP-SWOT analysis to evaluate the strategic transition of traditional oil and gas companies to fusion energy in China. It provides insights into the feasibility and strategic priorities for decarbonizing the fo…

Zia Ur Rahman, Bartosz Jóźwik, Robert Szwed

This study analyzes the effect of fossil fuel share in electricity generation and energy-related climate mitigation technologies on CO2 emissions in China, US, India, and Russia from 1990-2023. Using an extended STIRPAT framework, it consid…

Weike Peng, Yuntian Chen, Dongxiao Zhang +1

This study develops a power system planning framework integrating building flexibility and regional cooperation, using Hong Kong and Guangdong as a case. Hong Kong's building load-shifting capacity ranges 126-1207 MW, with residential build…

(著者不明)

This paper analyzes mitigation pathways for the carbon footprint and cumulative energy demand of lithium-ion and sodium-ion batteries in a California case study. It demonstrates the potential for environmental impact reduction through batte…

Yang Xu, Guohe Huang, Leian Chen +2

This paper develops a distributive system planning model for the Canadian energy-water-carbon nexus to achieve net-zero carbon emissions by 2050. The model integrates energy supply-demand, water use, and carbon emissions across regions, ena…

Yaoyao He, Can Li

This study develops a carbon emission probability density forecasting model using quantile regression neural network (QRNN) for Anhui Province, China. It evaluates 2022 reduction progress and forecasts under four scenarios (2023-2035). The …

Luke Ajuka, Christopher Enweremadu

This study proposes a machine learning framework to optimize methanol blend ratio and injection timing (SOI) to improve brake thermal efficiency (BTE). XGBoost achieved high accuracy (R²=0.985), and integration with carbon capture and utili…

Xiaoqing Tan, S Shunlong Wang, Lulu Zhao +2

This study demonstrates a low-temperature plasma-assisted method to convert sargassum into syngas and porous carbon materials, showing potential for renewable energy and energy storage applications.

Xing-Xing Ye, Haixia Dai, Ying-Jie Li +4

This paper uses the LEAP model to analyze low-carbon transition pathways for the petrochemical industry in the Hangzhou Bay Area. It evaluates emission reduction potential and unit abatement costs of technologies such as CCS, multi-energy c…