This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing 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 3001–3020 of 5822 papers
Marco Frara, Mattias Lindahl, Ida Kero +2
This paper examines the systemic dependencies in decarbonizing the steel industry, arguing that beyond technological solutions, factors like policy, economics, and supply chains are critical for success.
Solorza-Feria O.
This paper reports the design and evaluation of a vehicular transport prototype integrating green hydrogen, PEM fuel cells, and Li-ion batteries. Demonstration experiments verify the feasibility and energy efficiency of zero-emission transp…
Pongthanaisawan J.
This paper analyzes energy scenarios for Thailand to achieve carbon neutrality by 2050, examining renewable energy deployment and policy options, and assessing feasibility.
Yin H.
This paper explores the transition pathway from integrated mills to mini mills and hybrid mills for decarbonizing the U.S. steel industry. It compares environmental impacts and operational characteristics of each mill type, aiming to identi…
Men D.
This paper compares emission reduction between coal power with CCUS and coal power integrated with wind, solar, and storage. It evaluates environmental and economic trade-offs, informing decarbonization pathway choices.
Santamaría D.
This paper analyzes the scaling down of e-methane (synthetic methane from renewable energy) production towards distributed manufacturing. It examines technical and economic challenges of small-scale plants and their integration into local e…
Kannan R.
Explores technological and policy options to decarbonize Switzerland's transportation sector by 2050, including EVs, hydrogen, and renewable energy integration, with policy recommendations.
Brown C.P.
This study investigates potential diesel alternatives for Great Lakes bulk carriers, evaluating options for decarbonizing shipping in the region.
Zhi-Feng Cui, F. Shangguan, Wei Du +3
This paper presents an integrated scenario-based modeling framework to analyze decarbonization pathways in China's steel sector. It evaluates various technology options and policy scenarios, quantifying emission reduction potentials and cos…
Clara Donahue, Aggelos Sotiropoulos, George Xydis
This study analyzes the impacts of Power-to-X (PtX) expansion on land allocation and social equity in Denmark using spatial analysis, case studies, and stakeholder mapping. PtX infrastructure is concentrated in rural areas, intensifying lan…
Zakaria A. Souleymane, A. Mpanda Mabwe, H. Augendre +1
This study presents a MILP-based optimal sizing framework for a hybrid battery-hydrogen energy storage system integrated with PV at Paris-Beauvais Airport. Using three years of hourly load and PV data, the results demonstrate that batteries…
Zhao Ding, Shicong Yang
This paper reviews emerging multifunctional materials for next-generation energy systems, highlighting their potential for low-carbon and resource-efficient transitions. It offers a materials science perspective on energy innovation.
Theo Minné
Sub-Saharan Africa faces energy access challenges, with youth disproportionately affected yet excluded from policy-making. This paper explores practical plans to integrate youth as key contributors and stakeholders in inclusive energy polic…
Cenk TAMER, Omer Faruk Pekgoz
The Ukraine War has driven Russia's energy pivot to Asia, with India's Russian oil imports surging 25-fold. The EU has diversified to LNG, tripling US imports, while coal volatility slows green transitions. Long-term shifts in energy securi…
Yu‐Chung Tsao, I Gede Arei Banyupramesta, Jye‐Chyi Lu
This study examines how prosumer grouping in community energy storage (CES) and shared energy storage (SES) systems can enhance urban energy sustainability, efficiency, and resilience. An optimization framework compares individual (clusteri…
Gautam Gowrisankaran, Ashley Langer, Mar Reguant
This paper develops a structural model of rate-of-return regulation to explain why regulated U.S. utilities retire coal more slowly during the transition from coal to natural gas. Under a carbon tax, a regulated utility reduces short-run co…
Dedong Zhan
This paper proposes a quantitative standing model (BU235) for evaluating energy transition paths under the B_U framework. It introduces friction costs (C_fric), residual risks (Xi_res), behavioral/institutional resistance (BBC), and game-ad…
Pardo Perdomo, Andres, Dasilva Villanueva, Nerea, Coşkun, Özlem +9
This dataset provides experimental data from a study on light-induced changes in Ga-doped silicon wafers, aimed at improving solar cell efficiency. It ensures transparency and reproducibility, funded by the Clean Energy Transition Partnersh…
Choudhary, Dr. Piyush, Jain, Nikunj Kumar, Pratyush, Yadav
This paper proposes a multi-dimensional framework and the GTGI dataset to assess resilient energy transitions in emerging economies, considering economic, social, and technical dimensions beyond carbon metrics.
GUARINO, Stefania, Lo Brano, Valerio, Piacentino, Antonio
This review examines solar-assisted district heating in 4GDH and 5GDHC networks. It reports solar fractions of 40-70% for 4GDH with heat pump SCOP of 3.5-5.0, and SCOP of 4.0-6.0 for 5GDHC. Three typical configurations are identified from 1…
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