GX & Decarbonization Research

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…

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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…

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This paper reviews mitigation pathways to reduce the carbon footprint and cumulative energy demand of lithium- and sodium-ion batteries, using a California case study to highlight regional differences and opportunities in battery production…

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…

Κ. Fujita, Shunsuke Shimizu, Shiho Mukaida +3

This perspective discusses the application of materials informatics (MI) to carbon materials design for energy and sustainability technologies. AI-assisted literature mapping, regression analysis, ML-based structural modeling, image-based c…

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…

Yuan Yuan, Xiaowen Yang, Jiahai Yuan +1

This paper analyzes the regional impacts of China's low-carbon power transition on employment structure by skill and gender, revealing heterogeneous effects and providing policy insights for a just transition.

Xue Cui, Pingzheng Tong, Zixin Lu +1

This paper proposes a bi-level optimization model for distributed resource aggregator (DRA) bidding across energy, peak regulation, carbon, and green certificate markets, incorporating a limited carbon-green certificate linkage mechanism. I…

Meysam Aboutalebi, Matin Bagherpour, Geir Horn +1

This paper critically analyzes the non-technical barriers to peer-to-peer electricity trading (P2P-ET) and evaluates economic, social, and regulatory enablers. It examines business models for renewable remuneration, behavioral economics for…

Yini Hu

This paper argues that the low-carbon, intelligent, and systematic upgrading of the power industry determines the overall effectiveness of energy transition, against the backdrop of global carbon neutrality and China's dual-carbon strategy.…

Foday Joof, Mehdi Seraj

This paper examines the impact of financial development, economic complexity, and environmental technology on renewable energy consumption in Turkey (1980-2020) using Fourier Bootstrap ARDL. It finds a 'green structural lock-in' where finan…

Sarah Toy, Lorraine Whitmarsh, Yixian Sun

Analyzing CDP data from 791 cities worldwide, this study finds that 42% reported no transport actions and 13% only vehicle electrification. Cities implementing more Avoid-Shift measures are more likely to earn CDP A-list status. Interviews …

Huang X, Li J, Zhang Z +4

Using a dataset of about 200 million buildings in China, this study analyzes the relationship between building-scale functional mixing and CO2 emissions. It finds that moderate mixing (index 0.14-0.72) yields maximum emission reductions, wh…

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This paper discusses energy issues for realizing a sustainable society in Tokyo. It likely examines urban energy supply-demand, potential for renewable energy, and the role of policy. Specific data or methods are not disclosed.

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This preface outlines the prospects of liquid fuels (e.g., synthetic fuels, biofuels) towards carbon neutrality, serving as an introduction without presenting specific research findings.

Baumgart, André, Ünlü, Gamze, Grammer, Benedikt +5

Using high-resolution data, this study assesses resource use and carbon emissions from global mobility infrastructure expansion. Without demand reduction, stocks could double or triple by 2060, with 10-20 GtCO2 cumulative emissions. A shift…

Xiang, Xueying

This paper analyzes how global maritime fuel policies accelerate decarbonization while potentially narrowing regional participation. It provides cost optimization methods for green hydrogen production and renewable energy systems, identifyi…