GX & Decarbonization Research

Nguyen Thai Son, Nguyen Truong Ky

This paper assesses the techno-economic feasibility and system-level impacts of integrating carbon-neutral LNG and hydrogen pathways for Vietnam's net-zero transition. It evaluates the combined use of these energy carriers to achieve decarb…

Bowen Chen, Xiaoyu Wei, Shenghua Lou +3

This study examines collaborative technological innovation governance for net-zero transition in micro-jurisdictions, using Macao as a case. It proposes a polycentric governance model involving government, enterprises, academia, and civil s…

V. J. S. Chandramouli P, B. Balakrishna, V. Rambabu

This paper analyzes barriers to scaling up biodiesel production and proposes pathways for net zero transition. It examines challenges in production, economics, and policy support, highlighting biodiesel's potential as a sustainable fuel.

Shu Zhang, Wenying Chen

This paper explores feasible net-zero transition pathways for China, with a focus on energy system flexibility. Although no abstract is available, the title suggests a critical analysis of decarbonization feasibility in the world's largest …

Wenwen Zhang, Qingrong Liu, Yingjun Ruan +5

This study compares five district energy supply schemes for commercial building clusters in Zhejiang, China: gas-electric hybrid, gas cogeneration, all-electric (heat pumps), PV integration, and energy storage. Results show all-electric pat…

N. Alshammari, F. Alyami, Sheeraz Iqbal +2

This paper proposes an adaptive preference-based multi-objective optimization framework for intelligent energy management in smart microgrids, simultaneously minimizing operational cost and carbon emissions while enhancing voltage stability…

Shuang Yang, Chao Liu, Yuan Cao +2

This review synthesizes global evidence on how grid informatization (smart grids) reduces environmental impacts via six pathways: efficiency, flexibility, renewable integration, DER coordination, electrification management, and resilience. …

Maria F Bianco, Wenjun Guo, Madhu Khanna +1

This study evaluates the economic and carbon intensity implications of producing sustainable aviation fuel (SAF) by co-locating cellulosic ethanol biorefineries with Alcohol-to-Jet (ATJ) facilities at 1000 randomly sampled sites in the U.S.…

Muhammad Jalili Zarabadi, S. Karuturi

This study assesses a pyrolysis-based combined cycle for low-carbon power generation from methane. Compared to conventional natural gas combined cycle, it achieves ~54% CO2 reduction but at higher electricity cost. Carbon pricing or valoriz…

Kulmira Taraxtiyeva

The paper analyzes Uzbekistan's oil and gas economy, proposing a strategy for sustainable transition. Using 2019–2024 data and policy review, it highlights challenges of hydrocarbon dependence and aging infrastructure, recommending economic…

Muhammad Irfan

This study examines the impact of supply chain digitization (SCD) on inclusive urban energy development using China's Supply Chain Innovation and Application Pilot Policy (SCIAPP) as a quasi-natural experiment. Difference-in-differences ana…

Р. Т. АЛІЄВА, Ф. З. АЛІЄВ

This paper analyzes mechanisms for integrating energy and transport sectors in Azerbaijan, proposing an evolutionary multi-level systemic model that includes smart charging, V2G, and alignment with renewable generation. It highlights that m…

Jens Weibezahn, Björn Steigerwald, Arman Aghahosseini +3

This paper reassesses nuclear power's role in low-carbon electricity transitions using harmonized international data and 2024 operational metrics. Modeling shows that renewables combined with flexibility options dominate least-cost decarbon…

Я. Хэ

This paper explores how China's national oil and gas companies can achieve sustainable development amid the global energy transition. It analyzes the adoption of renewable energy and low-carbon strategies and offers policy recommendations.

Dr. A. S. Kannan, Dr. S. Sasi, Dr. E. Baraneetharan +3

This paper proposes a blockchain-based P2P energy trading platform tailored to India's diverse energy landscape, integrating smart contracts and machine learning to optimize transactions from distributed renewable sources. Pilot studies in …

I.V. Rybitskyi, S. S. Voitenko, О. В. Коваль +1

This paper examines enhancing energy resilience in the private residential sector during the transition to carbon neutrality. It proposes policy and technical measures to achieve both decarbonization and resilience.

Anshul Agrawal, Rajesh Agarwal, Sanjeev Kadam +2

This study examines asymmetric effects of economic growth, energy consumption, urbanization, and forests on CO2 emissions in four major emerging economies (India, Brazil, Indonesia, South Africa) using nonlinear panel NARDL. Positive and ne…

V.A. Evdokimov, Anton Polukhin, Dmytro Tsvilii +2

This study analyzes the role of P2P contracts in the context of renewable energy expansion and decentralization. Through international comparison, it reveals Ukraine's lag in household participation, distributed generation, and smart meter …

P. Phu, Truong Hoang Bao Huy, Tien-Dat Le +3

This paper proposes a bi-layer scheduling framework for an integrated energy system with small modular reactors (SMR-IES). It optimizes operating cost, carbon emissions, and demand-side flexibility using an improved augmented ε-constraint m…

David Bonilla

This paper evaluates Mexico's electricity reform from 1989-2018, analyzing how political cycles affect policy continuity and renewable energy transition. It highlights the reversal under AMLO and its lasting impact on investment and moderni…