GX & Decarbonization Research

S. Bolegenova, A. Askarova, A. Nugymanova +6

This study uses CFD to model combustion aerodynamics and staged air supply in a BKZ-75 boiler firing high-ash Karaganda coal (35.1% ash). Swirl burners cut CO and NO2 by 17.6% and 22.1%; shutting two of four burners cut CO by 36% and NO2 by…

Zhou Xiaolin, Junjie Wang, Xinyan Yao +2

Using Chinese provincial panel data (2013–2023), this study applies mediation and moderation models to examine how the digital economy alleviates energy poverty through urban–rural integration. Spatial integration and non-agricultural emplo…

Gang Lu, Bo Yuan, Wenbo Wu +1

This study models long-duration energy storage (LDES) planning under technology learning uncertainty, analyzing how learning-rate variability shapes power system transition pathways and investment decisions. It offers implications for grid …

Xianyou Pan, 舒亚林, Ning Zhang +4

This study appears to examine the 'energy security paradox' whereby technology innovation driving the energy transition can itself create new security tensions or dependencies. Without an abstract, details are inferred from the title; it li…

Yang Yang, Hongyan Yang, Guanglei Yang

This study examines how city-level shifts in China's electricity mix alter PM2.5 chemical composition and translate into health benefits. It quantifies the air-quality and public-health co-benefits of decarbonizing power generation away fro…

Yuge Huang, Huihui Wang, Chengxin Lin +4

This study examines how Yellow River Basin cities can coordinate urban energy resilience with high-quality development goals toward a sustainable transition. Details are unavailable as no abstract was provided, but the work appears to addre…

Bingzhao Qiu, Peipei Yang, Liyang Ma +3

This work applies physics-informed machine learning (PIML) to strengthen the resilience of low-carbon power systems under extreme events. By embedding physical laws into ML models, it aims to improve the accuracy and reliability of grid sta…

Zhijian Liu, Cheng Cheng, Xudong Yang +1

This study proposes a low-carbon dispatch method for a high-altitude construction-park integrated energy system incorporating truck–grid interaction. It couples waste-heat recovery, ORC and power-to-gas with a multi-state model of electric …

Yinchen Zhang, Ruoli Tang, Gang Li +3

This paper proposes a two-stage day-ahead/intraday scheduling strategy using a deep Q-network (DQN) for a port virtual power plant participating in both electricity and carbon trading markets. It builds a physical model integrating wind, PV…

P. Kalpanadevi, Asha R Nair

A critical review of India's PM-KUSUM scheme (2019) through sustainable energy transition, agricultural economics and water-energy nexus lenses. Solar irrigation can cut diesel dependence, improve daytime power and create farm income, but n…

Siddharth Shankar Mishra, Jalpa Thakkar, Srreya Sharma +3

This study examines how integrating AI with smart grids enhances renewable energy use and intelligent mobility. It shows machine learning and predictive analytics enabling demand forecasting, energy management, and grid stability, and revie…

Arantza Rascón, José Ignacio Linares, A. Santos‐Montes +1

Proposes a third renewable methanol concept: CO2-self-sufficient biomethanol from biomethane, internally generating biohydrogen and biogenic CO2 via reforming with CCU. Four process routes are techno-economically assessed for Spain; routes …

Bahar Özbek, Sefa Özbek, Mustafa Naimoğlu

Using 2010–2022 G7 panel data with cross-sectional dependence and structural-break tests, the study examines determinants of a green growth index. Agricultural value added, AI, renewable energy, and environmental taxes show significant posi…

Kamil Bembnista, Ludger Gailing

Using the concept of 'energy dispositives,' this paper analyzes energy transitions in the German-Polish borderland. It compares an established fossil/nuclear fuels dispositive with an emerging renewables dispositive including cross-border d…

Maria Ravani, Georgios K. Ntinas

This study applies LCA to a commercial nursery replacing diesel heating with PV-supported electric heating for greenhouse tomato seedlings. Diesel was the dominant hotspot at 52.3% of the carbon footprint; a same-period counterfactual cut e…

Dawei Qiu, Goran Štrbac, Cuo Zhang +1

This work reviews flexibility technologies within clean energy systems, likely covering grid flexibility and demand-supply balancing options. Without an abstract, specific contributions and findings cannot be confirmed. It is relevant to re…

Matthew Chinedum Ezeh, Edison James Uffie

Using 1996–2024 time-series data and an ARDL bounds approach, this study examines how globalisation and institutional quality shape Nigeria's renewable energy transition. Currency depreciation significantly hampers the transition by raising…

Martha M. Hoffmann, Sophie Wanner Fandrych

Builds a new spatial dataset for Berlin's 542 planning areas covering income, residential energy consumption, expenditures, energy burden, and energy-poor population share. Median energy burden is 5.5%, setting a double-median poverty thres…

Katrin Sievert, Yash Dubey, Nicoletta Brazzola +4

This study compares the cost-effectiveness of synthetic fuels versus DACCS for aviation decarbonization. Accounting for non-CO2 effects, DACCS abatement costs are 49–69% lower than synfuels, and allowing DACCS to meet ReFuelEU synfuel quota…

Simon Ingvarsson

Using two optimisation models of a Swedish pulp mill and the national forest biomass system, this thesis examines how biomass should be allocated across competing uses as fossil carbon is phased out. The mill's role may shift from base-load…