GX & Decarbonization Research

Maydison, Kwangseok Lee, Bonggi Choi +2

This paper assesses the life cycle emissions and costs of retrofitting ships to use sustainable marine fuels, incorporating design constraints and feedstock sources. It explores pathways to achieve 2050 decarbonization targets in the shippi…

Marek Dzida, Lan Huong Nguyen

This review comprehensively assesses maritime decarbonization pathways, including regulatory developments, energy-efficiency technologies, and alternative fuels (LNG, methanol, hydrogen, ammonia, biofuels, e-fuels). It concludes that no sin…

Zaheer Allam, Rushaa Badaloo, Ali Cheshmehzangi

This paper argues that strategic reserves of critical materials (e.g., lithium, rare earths) are essential for urban decarbonization. It highlights supply chain risks and proposes policy measures to ensure resilient access for renewable ene…

Anthony Wiskich

This paper discusses how Pacific island states, due to their unique geography and reliance on shipping, can take a pioneering role in maritime decarbonisation. By implementing early testbeds and policy frameworks, they can provide a model f…

Jiménez V.

This paper presents a post-Keynesian economic model that balances economic growth with greenhouse gas emissions, analyzing growth pathways to net-zero. It theoretically shows the impact of emission constraints on growth and derives policy i…

O. Sigal, Ye.Yo. Bykorez, Nonna Pavliuk +3

This study analyzes energy recovery from municipal solid waste in Ukraine's district heating, using hydrogen enrichment and oxygen-enhanced combustion. Experiments show that combustion above 850°C with oxygen enrichment prevents dioxin form…

Joseph Levodo, Festus Osamede, Fuhad Bankole

This paper proposes a sector-coupled framework integrating renewable hydrogen production, electric vehicles (EVs) with V2G, and smart grids to enhance grid flexibility and decarbonize transportation in developing economies. It addresses ren…

Yue Wang, Guwang Liu, Jiangqiao Wei +3

This study evaluates the effectiveness of the global energy transition in reducing oil consumption from spatiotemporal and driving-factor perspectives. It finds that the transition has positively reduced oil consumption, with structural dec…

Cun‐Hai Wang, H Z Chen, Yanyan Feng +5

Radiative cooling (RC) passively cools objects by emitting heat to space, offering a fuel-free method for climate mitigation. This study proposes a meteorological model to quantify annual RC power for ~2000 global cities, analyzing geograph…

Xin Gao, Xuanzhi Yang, Feifei Li +1

This study finds a U-shaped relationship between digital innovation (DI) and carbon emissions (CE) in Chinese manufacturing firms: DI reduces CE initially but increases it after further expansion. Environmental regulation steepens the curve…

Juyong Lee

This reproducibility package accompanies a systematic review on public acceptance of four net-zero technologies: small modular reactors, hydrogen, carbon capture, and offshore wind. It includes the study protocol, search scripts, LLM screen…

Hongchun Shu, Shunji Luo, Botao Shi +4

This paper proposes a spatio-temporal collaborative ADMM (Alternating Direction Method of Multipliers) for efficient low-carbon dispatch in multi-virtual power plants (VPPs). The distributed optimization improves computational efficiency an…

Min Li, Fang Zhang, Jun Peng +4

This study investigates carbon deposition during low-temperature CO reduction of Bayan Obo iron concentrate pellets for DRI production. At 600°C, a 2mm carbon layer forms; at 700°C, reduction reaches 90.53% with a thinner carbon layer; abov…

Tao Jin, Zhiwen Zhao, J M Li +1

This paper addresses low-carbon multi-agent economic dispatch management for integrated energy systems, proposing a method using bidirectional Stackelberg game. It considers interactions among multiple agents to achieve low-carbon and econo…

H J Wang, Xiaoyu Ren, Shi Yin

This study empirically analyzes the impact of financial accounting standardization on operational costs, financial risks, financing efficiency, and market value of photovoltaic companies under carbon neutrality. Using panel data from 12 A-s…

Yuetong Li, S H Lee, Ying Zhang

Using a coupling coordination degree (CCD) framework, this study analyzes 281 Chinese cities from 2012-2021. Results show expanding cities have gradual CCD improvements, while shrinking cities face persistent instability. Random forest iden…

Dewi Rahmawati Maulidiyah, Sri Herianingrum, Meri Indri Hapsari +4

This study uses bibliometric analysis to reveal the role of Islamic ethics as a foundation for institutional quality in accelerating energy transition through Islamic finance in OIC countries. Analyzing 224 documents from 2010-2025, it find…

Satyabrata Sahoo, Sambeet Mishra, Dillip Kumar Mishra

This systematic review analyzes the evolution of India's electricity market, identifying drivers, barriers, and regulatory instruments for renewable integration, offering insights for energy transition policy.

Tomasz Kalak, Yu Tachibana, Tatsuo Abe +3

As lithium-ion batteries become critical for EVs and storage, sustainability concerns mount. This systematic review analyzes the full value chain from extraction to recycling, evaluating innovations like direct lithium extraction (DLE) and …

Xiaoyu Zhou

This paper projects critical material demand (lithium, cobalt, etc.) for EV and renewable energy technologies in the U.S. at state level through 2050. Using regionalized techno-economic assessment and life cycle assessment, it shows that fa…