GX & Decarbonization Research

Luh, Sandro (author), Kannan, Ramachandran (author), McKenna, Russell (author) +2

This study integrates travel time duration and valuation into the Swiss TIMES Energy System Model (STEM) to quantify modal shifts in passenger transport. Results show that speed changes on medium and long trips (e.g., highway speed limits, …

P. Bryant, J. Hondros

This article reviews environmental radiological impacts across the nuclear fuel cycle, from mining to decommissioning and waste management. It argues that over-application of the ALARA principle leads to resource misallocation and distorted…

T. Saji, George Paul, M. Nagalingam

Using US data from 1990-2023 and a NARDL model, this study reveals asymmetric impacts on renewable energy consumption. Positive energy innovation shocks boost consumption, but negative shocks have nearly twice the adverse effect. Green fina…

Xiaoxiao Tan, Xiangyang Xu, Hao Liu

This study forecasts demand for lithium, cobalt, nickel, and manganese for China's new energy batteries from 2010 to 2060 using dynamic material flow analysis and scenario analysis. Demand is projected to rise significantly by 2060, with li…

Jingyan Yang, Shangheng Yao, Chaojun Li +4

A spatiotemporal life cycle assessment quantifies wind power's carbon mitigation benefits. Historical net mitigation reached 3,690 Mt CO2e (2014-2023), with emissions at 8.5% of direct displacement benefits. Climate-priority deployment coul…

Chen Zhou, Yingjun Ruan, Hua Meng +2

This study develops a probabilistic carbon-aware optimization framework for residential 24/7 carbon-free electricity under uncertain load, PV, and grid carbon intensity. Using KDE-Copula scenarios and ARMA residuals, a two-stage MILP jointl…

Zhiping Cheng, Hao Fu, Zhongwen Li +2

This paper proposes a low-carbon economic dispatch model for integrated energy systems, incorporating multi-time-scale energy storage and refined hydrogen utilization. It optimizes hydrogen production, storage, and use to balance renewable …

Haider Mahmood, Khaled Malfi Alharbi, Amber Pervaiz +1

This study jointly examines the effects of geopolitical risk (GPR), renewable energy investment (IRE), and green finance on carbon neutrality. Findings show GPR significantly increases CO2 emissions, while IRE and green finance effectively …

Amirmahdi Habibi, Zahra Adel Barkhordar

This study assesses how material constraints affect renewable energy system performance and resilience during low-carbon transitions. A bottom-up energy system model simulates pathways from 2026 to 2050, linking technology deployment to mat…

Hasan Tutar

This paper empirically examines how eco-innovation capacity and energy transition in OECD economies affect domestic emission reductions and the offshoring of embodied carbon. It investigates whether emission cuts are achieved domestically o…

Chunbo Zhang, Jinxin Wang, Shuo Wang +2

Assesses circular strategies for construction and demolition waste (CDW) in EU27+4 from 2010-2050. Continuing current trends could cut cumulative emissions by ~2 Gt CO2-eq, material use by ~24 Gt, and costs by ~€680 billion. Advanced circul…

Javier Escrivá Asensio, Mariel Ribelles Beltrán, Jasmine Siu Lee Lam +2

This study evaluates barriers to e-methanol adoption in container shipping using TOPSIS-based MCDA. Economic barriers (insufficient market-based incentives, carbon pricing, high fuel price) rank highest, followed by technological barriers i…

Qiang Xiao, Kai Yan, Chunxu Yang

This paper uses evolutionary game theory to analyze how carbon price fluctuations and carbon quota constraints affect cooperation and defection among firms in new energy vehicle (NEV) supply chains. It reveals how carbon pricing and quota s…

Jun Li, Xueyu Wei, Jinheng Li +1

This study develops low-carbon alkali-activated road subbase materials by synergistically utilizing industrial solid wastes such as red mud, molybdenum tailings, and iron tailings. The proposed materials offer an environmentally friendly al…

尹俐 覃, Fan Yang, Wang Zeng +4

This paper proposes a method to recycle sinter return fines using cold-bonding and hot-hardening briquetting for low-carbon ironmaking. By reusing waste materials, it enhances resource efficiency and potentially reduces CO2 emissions. Speci…

Yifan Chang, Xianqiang Mao, 杨舒茜 +5

This study develops an integrated iron and steel assessment model (IIAM) combining technology choice and macroeconomic simulation to analyze low-carbon transition pathways for China's steel industry. Increasing scrap utilization and hydroge…

Yitong Zhao, Wentao Zhan, Sijia Tao +3

This paper analyzes the strategic equivalence of Renewable Portfolio Standards (RPS) and Capacity Remuneration Mechanisms (CRM) combined with carbon emissions trading (CET) using a Stackelberg duopoly model. It endogenizes grid-side storage…

Francisco Manzano‐Agugliaro, Álvaro Guil-Laynez, Alberto-Jesús Perea-Moreno +1

This review provides an overview of sustainable land use practices for achieving net-zero agriculture. It highlights conservation tillage, crop diversification, agroforestry, organic farming, and precision irrigation as effective for improv…

Shahid Ali, Sakiru Adebola Solarin, Taha Bahadır Saraç +1

This study analyzes the relationship between tourism and sustainable development in 19 OECD countries, focusing on renewable energy adoption. Using quantile regression, it finds that tourism alone negatively affects sustainable development,…

Song L, He J, Bian X +2

This paper proposes a transmission-storage coordinated planning model based on a distributed optimization framework to address renewable accommodation, inter-regional transmission constraints, and uncoordinated storage allocation. Using ADM…