GX & Decarbonization Research

Amaripadath D.

This work examines how plug-in battery energy storage systems can enable low-carbon electricity operations in net zero energy residential buildings. By raising self-consumption of rooftop solar and cutting grid imports, such storage support…

Zhou Y.

This work addresses the construction and demonstration of net-zero industrial parks, aiming to show decarbonization pathways for industrial clusters via renewable energy and energy integration. No abstract is available, so the region, metho…

Zipeng Liang, C. Chung, X. Yin +3

This paper proposes an energy management framework for hybrid microgrids integrating renewables, hydrogen storage, and EVs. It combines a data-correlated uncertainty set with a semi-convex relaxation to handle non-convex constraints and RES…

Muhammad Rasool Al‐Kilani, Khalid Bani‐Melhem, Haitham Elnakar +7

This study couples bench-scale electrocoagulation (EC) experiments on greywater with a screening life-cycle carbon assessment for Al and Fe electrodes at 0.1–0.3 A. COD removal rose from ~68% to ~96% with current, but GWP increased from 0.3…

Amir Mohammadian, Abdolmajid Dejamkhooy, SeyedJalal SeyedShenava +2

This study develops a bi-level scheduling framework for urban integrated energy systems where a cluster coordinator allocates a mobile energy storage logistics fleet, inter-system transfers, carbon trading, and green-certificate transaction…

Mahmoud Kiannejad Amiri, Mohammad Moosazadeh, Usama Ali +2

This study assesses the regional technoeconomics and life-cycle carbon emissions of producing power-to-liquid sustainable aviation fuel (SAF) from direct air capture (DAC) CO2 and renewable hydrogen. It highlights how costs and carbon-reduc…

Lin Zhu, Xiaoqing Ji, Dechang Yang +3

This paper proposes a physics- and semantics-guided large language model (LLM) for zero-shot load forecasting in low-carbon integrated agricultural energy systems. It aims to enable accurate demand prediction in data-scarce agricultural ene…

Xiaoshun Zhang, Jiapan Di, Zhengxun Guo +1

This study formulates a bi-objective Pareto optimization for low-carbon automatic demand response (ADR) in energy-intensive enterprises that explicitly incorporates users' electricity consumption habits and behaviors. It addresses the trade…

Jijun Shui, Ershun Du, Qin Wang +1

This work proposes a non-iterative optimal dispatch method coordinating a distribution system with microgrids, using a power-cost-emissions equivalent projection. It avoids iterative computation while balancing grid operation and emissions …

Shuyu Wang, Tian Chen, Yangzixian Yang +1

Using 108 communities in Beijing's Fengtai District, this study examines how neighborhood built-environment attributes relate to residents' travel-related carbon emissions. Combining hierarchical regression, subgroup regression, and random …

Xiaoming Wang, Jinjin Ding, Wenguang Zhao +1

This paper proposes a low-carbon optimal scheduling method for integrated energy systems (IESs) integrating ice-storage air conditioning and vehicle-to-grid (V2G) interaction of EVs and hydrogen vehicles. Monte Carlo sampling of 1000 EVs an…

Yitong Dong, Jiashu Kong, Pow‐Seng Yap +1

This critical review examines how AI-driven multi-objective optimization and multi-criteria decision-making are applied to integrated energy systems for low-carbon transitions. It synthesizes methods for designing and operating renewables-h…

Leyu Hu, Zhijie Pi, Nan Zhang +4

This review examines tailings as supplementary cementitious materials (SCMs) to partially replace Portland cement, addressing low reactivity, rheology issues, missing standards, and secondary pollution. It integrates physicochemical propert…

Lining Zhou, Yiqiang Jiang, Qingqin Wang +4

The study builds a two-level low-carbon neighborhood indicator system (6 domains, 22 indicators) using word-frequency analysis and expert validation, weighting them via AHP and aggregating into a composite Carbon-reduction Index (CCI). Appl…

Yumei Zhang, Jingjing Wang, Zhang Ruizeng +2

China's agrifood system accounts for 13% of global agrifood emissions and could rise to 1.83 Gt CO2eq by 2060 under baseline trends. Combined measures—productivity gains, low-carbon tech, food loss reduction, structural shifts, and energy t…

Xuanming Fu, Qian Xue, Pang Wan

Using 2003–2023 data from eight major economies, this study applies MMQR and Panel Smooth Transition Regression to test how the digital economy and green innovation shape carbon neutrality. The digital economy improves carbon neutrality acr…

Juntao Peng

This study analyzes the economic effects of transforming China's energy-intensive industries (steel, chemicals, building materials, non-ferrous metals) under carbon neutrality. It identifies three transmission mechanisms—technological innov…

Alvina Yee Ling Yii, Jia Jun Loke, Siok Kun Sek +2

Using quantile treatment effect models on 90 BRI countries (1995–2021), this study finds that the Belt and Road Initiative reduced CO2 emissions and boosted renewable energy consumption, with stronger effects in high-emission and high-renew…

Diana Karen Zavala-Vega, Edgar Geovanni Mora-Jacobo, Carlos Antonio Padilla-Esquivel +2

This study assesses Mexico's electricity system via life-cycle assessment and resource analysis, introducing four novel energy sustainability indices derived from EI99H damage results. Fuel oil, water, and biomass improved from 2013–2023, w…

Nelson Oppong

Using Ghana as a case study, this article examines why a new oil producer simultaneously pursues fossil-fuel extraction and ambitious energy transition agendas. Drawing on interviews, ethnography, and policy analysis (2023-2025), it argues …