GX & Decarbonization Research

I. O. Babanin

This study analyzes Russia's energy strategy up to 2050 and evaluates the role of renewable energy. It compares the energy policies of Russia, the EU, the US, and China to identify correlations between resource endowment and renewable energ…

Chenglin Ma, Wenchao Kang, Mengwei Zhou +3

This paper examines the impact of low-carbon policies (carbon tax, emissions trading, carbon offset) and loading modes (bagged, bulk, containerized) on grain multimodal transport routing. Using Jiamusi City, China, a genetic algorithm minim…

Shijun Ma, Jing Meng, Tianyang Lei +7

This paper develops a plant-level decarbonization pathway model for global oil refineries, coupling refinery-specific characteristics with low-carbon technology costs. It finds that carbon capture and storage and clean hydrogen can substant…

Valerio C.A. Ficca, Afef Dhaffouli, Rocco Cancelliere

This review critically examines the use of biochar—a tunable, carbon-rich material from biomass—for electrochemical energy storage in batteries. It highlights how microstructural control, surface functionality, and graphitization influence …

Najed Alrawashdeh, Salam Al Kasassbeh

This paper proposes an integrated model of green fintech and carbon markets for sustainable civil infrastructure. It examines how green bonds, fintech penetration, ESG indices, and carbon credit trading can drive low-carbon development. A q…

Nagwa Amin Abdelkawy, Angham Ben Brayek

This study uses multivariate wavelet coherence to examine how institutional quality aligns with carbon efficiency over time. Comparing GCC and non-GCC emerging economies, it finds that governance is strongly associated with carbon efficienc…

Nico Edwards

This paper frames military decarbonization as a warfighting opportunity, exploring how green transitions can enhance military advantage while meeting climate goals. It offers a novel perspective on energy transition applications beyond trad…

Jiancheng Wang, P. Guo, Peng Hao +1

This paper proposes a hybrid ICEEMDAN-CNN-LSTM model for carbon emission trading price prediction. Using data from Hubei carbon market, the model outperforms LSTM and CNN-LSTM benchmarks with MAE reduction of 59.1%. The decomposition-extrac…

Yuanxiang Zhou, Huayan Liu, Xinyu Liu +2

This paper examines the impact of digital economy development on household energy burden inequality in China's low-carbon transition. Using CFPS panel data from 2012-2022, it finds that digital growth exacerbates inequality, particularly in…

Mohamed Chabchoub, Aida Smaoui, Amina Hamdouni

This study examines the impact of green innovation on carbon intensity and financial performance in critical mineral mining firms using panel data from 35 companies across five countries (2015-2024). Results show that green innovation reduc…

Yulin Li, Yongwen Liu, Yue Li

Using quantile regression and TVP-VAR extended to frequency domain, this study analyzes spillover effects among crude oil, China's carbon market, and new energy stocks (March 2018-April 2024). It finds asymmetric spillovers under extreme co…

Nicholas Fry, Omid Khajehdehi, Sara Hastings‐Simon +2

This study models the transition to geothermal energy networks (GENs) for decarbonizing heating and cooling in existing buildings in New York. Using a system dynamics approach integrating opinion dynamics, technology deployment constraints,…

Seng Yee Ow, Jafferi Jamaludin

This study applies the DEMATEL method to assess Malaysia's readiness for implementing an Emissions Trading System (ETS). It identifies strong government support, clear compliance mechanisms, and robust enforcement as critical success factor…

Mingfang Dong, Jiali Yu

This study examines the impact of China's National Green Industrial Parks (GIPs) on new energy technology innovation using a multi-period DID approach on panel data from 289 Chinese cities (2008-2023). Results show GIPs increase local new e…

C. Kim, H. Na

This study develops an AI-based screening framework using ESG ratings to predict corporate carbon emissions among Korean KOSPI-listed firms. Comparing ML and DL models, a hybrid ensemble of CatBoost, GAN, and Transformer outperforms individ…

Setyo Budi Kurniawan, Mahasin Maulana Ahmad, Dwi Sasmita Aji Pambudi +2

This review analyzes the transition from green port initiatives toward integrated blue-economy-oriented port systems. It finds that leading ports are evolving into energy hubs with shore power, renewable microgrids, and hydrogen infrastruct…

Muhammad Humayun, Emna Chikhaoui, Farida Saleem +2

This review comprehensively analyzes the socio-economic implications of the hydrogen economy transition, covering policy frameworks, technological advancements, and their impact on sustainable development. It highlights Saudi Vision 2030 an…

Daniel Icaza Alvarez

This paper reviews the prospects and long-term planning of hydrogen energy in the Americas. It analyzes technological advancements in green hydrogen production, cost projections, infrastructure needs, regulatory frameworks, and national/reg…

Linfang Yan, Ning Ding, Heng Zhou +5

This study constructs a life cycle assessment (LCA)-based carbon footprint (CF) model for transformers, quantifying CF at different rated voltages. The operation stage dominates CF, with electricity as the main source; steel and copper domi…

Heyan Tang, Hui Mao, Yuanyuan Cai

This paper uses micro-level data from rural Shaanxi to examine how aging affects energy transition. It finds that aging may slow the adoption of clean energy, offering policy implications for China's decarbonization.