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 161–180 of 1188 papers
Alanazi, Majed, Hughes, Kevin J., Pourkashanian, Mohamed
This study performs a degradation-aware tri-objective optimization (cost, efficiency, degradation) of a gigawatt-scale PEM green hydrogen facility at NEOM, Saudi Arabia. Using NSGA-III, it derives Pareto-optimal designs and evaluates statis…
Ayadi B.
This paper proposes an integrated business model analysis framework for large-scale green hydrogen systems in Riyadh, coupling power-to-hydrogen and hydrogen-to-power structures. It performs environmental assessment to evaluate sustainabili…
Zhong Q.
Proposes joint optimization of freight car disassembly and green hydrogen production using hydrogen shunting. Details unclear without abstract, but suggests hydrogen application in rail.
Kriaa K.
This paper evaluates the optimal design and viability of a green hydrogen refueling station in a hot desert climate through techno-economic and enviro-social analysis. It quantifies cost optimization and environmental benefits of hydrogen i…
Ferraro M.
This paper presents a test bench for green hydrogen production that uses blockchain technology to ensure traceability and certification. The system records green attributes immutably, facilitating third-party verification and supporting cla…
S. Colen, Alwine Mohnen
This study examines green relocation strategies for energy-intensive industries in renewable-resource-scarce European regions, based on 66 semi-structured interviews. It finds that local green hydrogen production and large-scale imports are…
G. Caputo, I. Balog
This paper proposes a series-integrated CSP-PV hybrid power plant with thermal energy storage and an electrolyzer, operating under a grid-minimization strategy. It achieves 71% renewable penetration for green hydrogen production (1000 t/yea…
Katarzyna Iwińska, Sebastian Michalik
This study examines public perception of hydrogen technologies in Poland, focusing on ignorance management. Through focus group narratives, it finds that individuals use everyday analogies and associative reasoning, forming both optimistic …
Lusungu Molefi
This chapter examines South Africa's just energy transition from coal to a hydrogen economy in the context of the African Continental Free Trade Area (AfCFTA). It explores the intersection of energy transition social equity and regional eco…
Vargas J.V.C.
This paper develops and characterizes a sustainable electricity generation system powered by green hydrogen. It covers system design, performance evaluation, and efficiency analysis, providing insights for the practical implementation of hy…
Su R.
This paper comprehensively analyzes the economic opportunities and challenges of scaling up green hydrogen in China, including production costs, infrastructure needs, and policy support. It assesses the potential contribution of green hydro…
Kamel M.A.
This paper proposes a systems-integrated framework for green hydrogen deployment in Egypt, combining Hybrid Petri Net operations modeling, atlas-based renewable energy siting, and a unified techno-economic-environmental scoring model to sup…
Yishan Jiang, Qichao Zhang, Shengyi Huang +6
This work synthesizes N-doped carbon-encapsulated CoFe alloy nanocubes (CoFe-NC@C) by coating hollow CoFe Prussian blue analogs with phenolic resin and subsequent carbonization. The carbon shell prevents structural collapse and aggregation …
Michael Poschmann, Sebastian Tigges, Daniela Ramermann +8
This systematic study demonstrates that incorporating ultra-low amounts of transition metals into carbon-based catalysts significantly enhances their oxygen evolution reaction (OER) performance under alkaline conditions. The findings offer …
Huijuan Han, Yalei Zhang, Yingrui He +5
This study reports the synthesis of donor-acceptor dual-ligand NiFe-MOF nanoflowers as highly efficient bifunctional electrocatalysts for both oxygen evolution reaction (OER) and hydrogen evolution reaction (HER) in water splitting. The uni…
Ortmann P, Patha A, Schwalbe R +5
This paper examines whether hydrogen electrolysis can be a cost-effective alternative to conventional grid reinforcement in Austrian distribution networks. Using three real-world case studies, it develops an integrated framework combining g…
Farnini OE, Trihi M
This study presents a techno-economic model of a 560 MW hybrid offshore wind-tidal hub in Morocco producing green hydrogen via PEM electrolysis and exporting it as liquid hydrogen. The 2025 levelised cost is 7.53 USD/kg (delivered 10.04 USD…
Brannstrom C.
This paper analyzes legitimacy discourses surrounding an emerging green hydrogen hub in Brazil. It discusses the importance of social acceptance and policy support, suggesting that successful hydrogen projects require engagement of diverse …
Isidoro Losada A.M.
This paper analyzes the opportunities and barriers for green hydrogen deployment in Chile, assessing its contribution to the Energiewende (energy transition). It examines policy, economic, and technical factors, suggesting that green hydrog…
Hassan Q.
This paper assesses the role of green hydrogen in Saudi Arabia's energy transition. It examines the potential for green hydrogen production using abundant solar resources and existing fossil fuel infrastructure, analyzing its contribution t…
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