GX & Decarbonization Research

Hui Yuan, Shuxian Zheng

This study analyzes the impact of U.S. tariffs on Chinese PV products on embodied carbon emissions using MRIO and GTAP-E models. Extreme tariffs cause China's PV emissions to rebound by 4.9% during 2025-2027 and U.S. emissions to surge by 3…

Farhad Taghizadeh-Hesary, Wenchao Wang, Yang Liu +1

This paper analyzes the evolving dynamics of energy trade between the Middle East and Asia during the energy transition. It likely examines shifts in supply structures and their implications, though details are unavailable.

Zafir Ullah Khan, Muhammad Zubair Khan, Affan Hameed +1

This paper empirically examines the impact of geopolitical risk on energy poverty across countries. It tests the mechanism by which geopolitical tensions worsen energy poverty through price volatility and supply instability, offering policy…

Yinan Feng, Wubin Yan, Chuan Zhang

This study integrates LCA and TEA to evaluate 31 biomass utilization pathways in China, finding that prioritizing green fuel production offers higher profitability and decarbonization potential. It proposes optimizing inter-sectoral biomass…

Chen Wang, Jian Zuo, Xinyu Chen +11

This study develops a comprehensive framework to evaluate the economic and climate benefits of local versus outsourced PV waste recycling across technologies. Global PV waste will reach 297–402 million tonnes by 2060, with middle-income reg…

Yanchao Du, Xinke Du, Tao Peng

This study examines how digital knowledge management systems, open innovation, and green investment strategies enhance circular innovation capability, which in turn facilitates circular economy implementation in Chinese electronics manufact…

Subhadip Pramanik, Debabrata Mazumder

This study uses real-world construction and demolition waste (CDW) to produce recycled fine aggregate (RFA) for mortar, demonstrating that up to 50% replacement minimally impacts strength and durability while reducing cost by 12.8% and CO2 …

Jason Hawkins

Using 1-km fossil fuel CO2 data for the US, this study analyzes how land use and infrastructure shape emissions with spatial econometric models. Treating transport emissions as production-based, it finds local roadway design strongly predic…

Donghyoun Lee, JeHyeon Seong, Hankwon Lim

This paper evaluates an integrated solution for data center power supply, thermal management, and carbon capture using a multi-criteria decision analysis (MCDA) framework. It provides a comprehensive assessment from technical, economic, and…

Xiaowei Ge, Xiaowei Gu, Ziyang Hu +8

This study develops low-carbon cementitious materials using coal gasification coarse slag based on a supersulfated cement system. It elucidates the matching mechanism between reaction pathways induced by multi-mineral salts and mechanical p…

DS Hettiarachchi, S. M. Samindi M. K. Samarakoon, Kjell Tore Fosså

This study optimizes low-carbon high-strength concrete with 50% cement replacement using Icelandic volcanic pozzolan (VPI) and silicomanganese slag (SiMn) via response surface methodology. Water-to-binder ratio dominates strength, superplas…

Yue Chen, Shiqi Wang, Jinlong Liu +2

This paper proposes an incremental update framework for low-carbon concrete performance prediction, integrating BO-CTGAN data augmentation, stacking ensemble, adaptive weighting, and experience replay to address retraining costs and robustn…

Yang Peng, Yongtao Gao, Tianhua Wu +7

This paper reports the development of a novel low-carbon wet shotcrete (LCWS) material utilizing unclassified tailings. Through formulation optimization and multi-scale property evaluation, it demonstrates potential for reducing carbon emis…

Yi Li, Yu Liu, Lei Li +2

This study develops low-carbon cementitious materials using high-volume lithium slag in ternary systems. It investigates synergistic hydration and microstructural evolution, and conducts environmental assessment to demonstrate CO2 reduction…

Quan Li, Silong Zhao, Yue Yuan +9

This study presents a soft-chemical direct regeneration method for retired LiFePO4 batteries using lithium carbonate and vitamin C, achieving efficient Li+ compensation and structural repair. The repaired material shows excellent electroche…

(著者不明)

This paper provides a broad overview of the low-carbon transition, outlining technological and policy challenges. Specific empirical analysis or novelty is unclear, but it is useful for understanding the overall landscape of the transition.

Chunxian Feng, Yifeng Wang, Wenxue Wang +4

This paper proposes a cross-park dispatch optimization that integrates carbon and green certificate trading to reduce renewable curtailment and operating costs. Using ADMM and asymmetric bargaining, it achieves fair benefit distribution. Si…

cheng Qian, Xiangxing Yao, Minghao Guo +1

This paper proposes and evaluates a low-carbon operation strategy for EV-integrated renewable energy systems, combining dynamic pricing with a ladder-type carbon trading mechanism. It aims to balance economic efficiency and environmental pe…

Saeed Solaymani

This study applies the Kaya identity and Shapley value decomposition to analyze drivers of CO2 emissions per capita in Australia and its states from 2008-2024. A five-factor model incorporating renewable energy dynamics is introduced, along…

Archana Sharma, Vi shell Kashav, Jasmine Siu Lee Lam

This study uses Fuzzy AHP to identify and prioritize barriers to India's renewable energy transition, including financially distressed DISCOMs, import dependence on critical minerals, infrastructure gaps, and policy inconsistencies. It offe…