GX & Decarbonization Research

Xiaowei Zhai, Zilin Yang, Changju Liu +1

This study analyzes spatiotemporal differentiation and obstacle factors for pollution reduction, carbon control, and quality improvement in Chinese coal resource-based cities undergoing energy transition, offering empirical policy insights.

Liang Mu, Tao Xie, Xiaohai Zhu +3

This study proposes a novel method for highly selective separation of methane from low-concentration coalbed gas using activated carbon and active ice. The technology enables cost-effective methane capture from coal mines, reducing greenhou…

Ziyi Wen, Xian Zhang, Gaoqi Liang +4

This paper proposes a three-stage low-carbon planning framework for an integrated electricity-hydrogen-transportation system. It uses a cross-sectoral carbon emission flow model to optimize the entire system and evaluate emission reduction …

Yuping Wu, Yipeng Zhao, Bohui Du +3

This study evaluates the effects of green and low-carbon energy transition using a multidimensional index system and analyzes influencing factors. It provides quantitative assessment and policy implications for energy transition.

Yi Ding, Jian Yin

This paper presents a data-driven approach to synergistically optimize urban carbon emissions and energy dynamics, proposing strategies for regional low-carbon transition. It likely applies optimization algorithms to urban energy systems to…

Alla Polyanska, Dmytro Babets, Yuliya Pazynich

This study investigates determinants of energy consumption behavior in Ukraine's energy transition, focusing on regional and educational factors. Using cluster analysis of 997 survey responses, three behavioral clusters were identified. Res…

Okiliddin Isamutdinovich Alimov, Worldly Knowledge Publishing Centre

This paper provides a comprehensive analysis of Japan's GX policy, revealing a multi-layered approach combining renewables, nuclear, hydrogen/ammonia, and CCUS. It highlights strong policy commitments but also structural challenges such as …

Qingzi Gu, Babatunde Sunday Eweade, Cathrine Banga +1

This study examines the impact of institutional quality on renewable energy consumption in the US using wavelet quantile regression with quarterly data from 1990 to 2024. It finds that economic growth, FDI, and trade openness positively inf…

(著者不明)

This corrigendum corrects a previous paper on porous carbon derived from Chinese cabbage for green supercapacitors, highlighting low-cost and sustainable energy storage materials.

Anthony C Milou

This paper argues that major institutional energy scenarios (IEA, IPCC, Shell, IMF) lack a framework to represent regime-level discontinuity caused by an AI transition. Historical sociometabolic energy shifts produced multipliers of 30-100x…

Majd Olleik, Haytham M. Dbouk, Anne Neumann +2

This paper analyzes household coping mechanisms under chronic grid failure in Lebanon, using survey data from 1,000 households. It finds a shift from diesel generators to solar PV-battery systems among wealthier households, along with deman…

Sirui Li, Xiangdong Liu, Xiangdong Liu +4

Using panel data from 39 economies (2018-2024), this study examines the relationship between digital infrastructure energy efficiency (PUE) and carbon intensity. It finds a rebound effect where PUE reductions are associated with higher carb…

Maryam A. Borojerdi, Mohsen Yahyaei, Shabbir Ahmad +1

This study developed a PESTLE-based framework (political, economic, social, technological, legal, environmental) with 39 sub-factors to evaluate drivers of Australia's renewable energy transition. Using Q methodology and semi-structured int…

Cabana Jimánez, Katherine, Sousa Santos, Vladimir, Cancelo Ferreira, Jonh +2

This paper proposes an integrated predictive economic dispatch strategy for grid-connected microgrids using Optimal Power Flow (OPF). It compares hybrid and renewable-only configurations across three load scenarios. The hybrid configuration…

SPYRIDAKOS, Stavros, BOEMI, Sofia-Natalia, TZIKA, Elpida +10

This paper compares nine EU-funded projects on Positive Energy Districts (PEDs), focusing on citizen engagement and inclusive governance. It identifies five cross-cutting themes for co-creation, arguing that energy transition is a societal …

AUSTRALO

The 4th DIGITISE newsletter reports on recent project milestones including plenary and review meetings, progress in AI, digital twins, data spaces, and citizen engagement tools for the energy transition.

Kaufmann, Kyril, Tsaousoglou, Georgios

This paper investigates how network constraints shape the cost-emissions trade-off in power systems. Using Pareto frontier analysis, it shows that copper-plate assumptions produce misleading fronts, while network-aware modeling reveals satu…

Jagpreet, Singh

This paper reviews nanotechnology-driven pathways for achieving net-zero carbon emissions, discussing applications in energy efficiency, carbon capture, and renewable energy, and their contribution to sustainable development goals.

Hans Böhm, C. Schützenhofer, V. Alton +2

Austria aims for climate neutrality by 2040. This study evaluates four extreme scenarios for industrial energy transition: Renewable Gases, Circular Economy, Innovation, and Sector Coupling. Results show electricity demand nearly doubles to…

Xin Zhang, H. Mu

This paper proposes a wind-solar-hydrogen integrated energy system for near-zero carbon industrial parks. Using a multi-objective scheduling model solved by NSGA-II and CPLEX, it achieves 91% annual cost reduction, 89% energy self-sufficien…