This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 661–680 of 1918 papers
Feng Y., TSIAMAS K., FOSTER A. +2
This paper assesses the impact of transitioning from oil and gas to electricity in the European food supply chain. It likely examines the decarbonization potential and challenges for the food sector's energy transition.
Ugo Rizzo, nicolò barbieri
This paper analyzes Ireland's twin transition integrating digitalization and decarbonization, focusing on data centers as major electricity consumers. It examines policy frameworks, governance, and implementation challenges, concluding that…
Hakpyeong Kim, Jeong IL. Park, Taehoon Hong +1
This study uses longitudinal input-output analysis to examine structural dynamics in the renewable energy economy, aiming to support a resilient energy transition.
Ying Yu
This study compiles an 8-year county-level panel dataset to estimate the disproportionate impacts of temperature on energy burdens for vulnerable U.S. communities. It builds an interdisciplinary framework combining machine learning and remo…
Aditya Pappu, Bahman Ahmadi, Gerwin Hoogsteen +2
This survey comprehensively reviews transactive energy management approaches in energy communities. It categorizes methods such as demand response, decentralized energy trading, and market designs, summarizing their benefits and challenges.…
Seda Sönmez, Halil Özekicioğlu, Marina Danilina +1
This paper analyzes the short- and long-term effects of afforestation, energy productivity, renewable electricity generation, and nuclear electricity generation on CO2 emissions in BRICS countries from 1993 to 2021 using bootstrap cointegra…
Laing T, Koroma MS, Elshurafa A
This study quantifies the paradox that renewable energy and electric vehicle manufacturing relies on oil-based materials. Using material flow analysis, it projects that global oil demand embedded in these technologies could rise from 2.8 mi…
Valverde C, Díaz-Morcillo A, Fayos-Fernández J +3
This paper investigates microwave heating of molten solar salt (solar salt) for thermal energy storage, combining multiphysics simulations and experiments. Solar salt behaves as a highly conductive ionic medium with limited microwave penetr…
Sarah Jasim, Joseph Simms, Anne Watson +5
This paper reports findings from a co-designed creative community engagement workshop on home retrofit and just transition to net zero, held in London in 2023. Forty diverse participants collaborated to generate priorities and solutions bri…
Sumera Ahmad, Ammar Rashid, Ahmed Bilal Awan +1
This literature review analyzes 89 studies on digital transformation in the renewable energy sector towards net-zero targets. It finds that digital technologies can significantly optimize performance and address sustainability issues, highl…
Xiao Liu, Jinhong Du, Lingling Lv +2
China's steel sector is critical for climate goals but hampered by coal-based processes and regional disparities. This study develops an agent-based model linking policy signals (carbon caps, pollution standards) with firm-level investment …
C.H. Siemens, J.M. Guaita-Martinez, R. Puertas +1
This paper analyzes structural patterns and energy productivity in the EU-27 decarbonization process, empirically evaluating the impact of energy efficiency improvements and industrial structural changes on decarbonization.
L. Judijanto
This paper examines Indonesia's potential to produce sustainable aviation fuel (SAF) from palm oil mill effluent (POME). It finds that Indonesia has sufficient feedstock to produce 2-3 million kiloliters of SAF annually, with 79.6% GHG redu…
Canessa, Rafaella
This dataset provides input data, model build scripts, and optimization results for a multi-sector energy system model of New Zealand covering electricity, heat, and transport from 2020 to 2050. It includes five long-term scenarios (Global …
Mohammad Hemmati, Gbemi Oluleye, Vassilis M. Charitopoulos
This paper quantifies the impact of AI-driven hyperscale data centers on European power system planning and net-zero goals using a spatially explicit optimization model across 21 AI growth scenarios. It finds that AI could drive 73-723 TWh …
Seong-yeob Lee, Meangik Cho, Seong-Gil Kang +1
This paper analyzes the impacts of IMO mid-term measures on the development and deployment of ship decarbonization technologies, and the implementation strategies for the ZNZs (Zero-Emission Ships) compensation scheme. It suggests that regu…
Xiaojuan Ma, Sen Yang, Ziyuan Cui +2
This paper explores the potential of integrating solar thermal and photovoltaic technologies to decarbonize chemical production processes. It presents a technical pathway for expanding renewable energy use and reducing CO2 emissions in the …
Mohd Tarmizi Osman, Kasypi Mokhtar, Norjipin Saidi +4
This paper examines how emissions monitoring can operationalize maritime decarbonization policy, using the Straits of Malacca as a case study. It provides lessons for policy implementation.
Ann-Kathrin Rathmann, Anne Schierenbecka, Ruwen Erler, Ulrike Jordan
This study builds a database of company-specific energy demand for a commercial area at hourly resolution using synthetic and real load profiles. It compares synthetic and actual data to model the heterogeneous energy needs, supporting ener…
Moran Wang, Zheng Xuan Hoy, Shouyang Wang +1
A systematic literature review on maritime decarbonization, summarizing current research trends and proposing future directions. The paper provides policy implications for reducing GHG emissions in the shipping industry.
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