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 281–300 of 1209 papers
AbdulHafiz Jones, O. Nematov, M. Sharairi +7
This study develops an integrated optimization framework for a renewable poly-generation hub combining PV, biogas, electrolyzer, hydrogen storage, fuel cell, and desalination under dynamic market conditions. Using NSGA-II multi-objective op…
R. K. Maurya, Dharmbir Prasad, R. P. Singh
This study conducts a techno-economic assessment of a micro-pilot green hydrogen-based decarbonization scenario for steel production in Jamuria, India, using a hybrid renewable system (solar, wind, battery, diesel backup). The system produc…
Dr.Navneet Kumar Assistant Professor, P.G. Department of Mathematics, Purnea University Purnia
This study proposes an explainable q-rung orthopair fuzzy Entropy-COPRAS framework for green hydrogen site selection under uncertainty. It considers renewable energy availability, water access, grid connectivity, and social feasibility. A b…
Indira Priyadarshini Padhy Indira Priyadarshini Padhy, Pratik Prasad Mahapatra Pratik Prasad Mahapatra, Santosh Kumar Behera Santosh Kumar Behera +2
This paper reviews the role of green hydrogen in improving sustainability, covering production technologies, industrial applications, policy initiatives, and commercialization challenges. It concludes that declining renewable energy costs a…
University of Nottingham, Nanolayers
This dataset includes 237 ultraporous activated carbon samples with composition, conditions, and characterization data. It supports machine learning models for predicting hydrogen uptake, crucial for hydrogen storage material discovery.
El Garhy, Eman
This paper presents a case study of Egypt's Ain Sokhna green hydrogen project within the Just Energy Transition framework, examining technical, economic, and social dimensions. It highlights the potential of green hydrogen to contribute to …
Lijfering, Siri
This paper analyzes the justice implications of the green hydrogen economy in South Africa, examining distribution of economic benefits, environmental burdens, impacts on local communities, and the feasibility of achieving a just energy tra…
B.S. Soroka, V.O. Zgurskyi, N. Striugas
This paper analyzes the decarbonization of high-temperature glass melting furnaces by substituting natural gas with hydrogen or H2 blends. It shows that while hydrogen reduces CO2 emissions, its transparent combustion products lower radiati…
Obeng-Darko N.A.
This paper comprehensively examines subsidies, funding mechanisms, and other policy instruments to promote the ramp-up of the hydrogen economy in Europe. Focusing on the European Union's hydrogen strategy, it analyzes existing schemes and f…
Kebe A.
This paper explores the potential of green hydrogen to foster a just and inclusive energy transition. It discusses policy frameworks, social acceptance, and infrastructure development, outlining challenges and opportunities for implementati…
Matej Plenča, S. Aksentijević, Alen Jugović +1
This paper assesses the feasibility of integrating hydrogen refueling infrastructure into passenger ports, using the Port of Split as a case study. It models a hydrogen station for the Split-Supetar ferry route that could eliminate over 250…
Fateme Dehghani, Khashayar Sadeghi, S. Ghazaie +3
This study proposes a nuclear-integrated trigeneration system for co-producing hydrogen, electricity, and freshwater using a 200 MWth small modular supercritical CO2 fast reactor. By coupling high-temperature steam electrolysis with multi-e…
Jianyun Gan, Yunyi Yang, Wu Yang +7
This study resolves the controversy over the mechanism of glucose electrooxidation on cobalt oxyhydroxide (CoOOH) by identifying a concerted proton-electron transfer (CPET) route that suppresses oxygen evolution. The catalyst achieves 100 m…
Kai Liu, Tianjiao Xiao, Xiaoling Xu +4
This review systematically summarizes key technologies and application progress of hydrogen substitution in high-temperature industrial furnaces and kilns. It analyzes hydrogen's distinct combustion properties and concludes that successful …
Theis Madsen, Frederik Fertin, Claire Bergaentzlé +2
This study analyzes how hydrogen subsidies and energy-system integration of electrolysers can promote green hydrogen adoption in European hard-to-abate sectors. Without subsidies, hydrogen demand reaches 16.3 Mt H2/yr in 2050, but fixed pre…
V. Sakhare, Sagar D. Shelare, Shubham Sharma +8
This review covers current research on green hydrogen production via electrolysis, storage, and use in transportation, decentralized power, and hard-to-abate industries. It also discusses grid integration for renewable energy storage and ba…
Imed Derouiche, Choayeb Barchouchi, M. Sahraoui +1
This paper evaluates the potential for green hydrogen production in northern Tunisia using ~3.1 GW of renewable electricity across four sites. The levelized cost of hydrogen (LCOH) ranges from $1.21 to $2.05 per kg under base-case assumptio…
Pedro Félix, F. Soares
This study evaluates the economic value of day-ahead hydrogen demand forecasting for rule-based operation of green hydrogen hubs. Using a case study with PV, battery, electrolyzer, and hydrogen storage, it shows that integrating forecasts (…
Rita M. Martinho, P. Fortes, Tiago Soares
This paper analyzes planned renewable expansion in the Iberian Peninsula for 2030, focusing on curtailment and low electricity prices for grid-connected hydrogen production. Using a spatially resolved power model, it finds theoretical poten…
Trygve Bondhus Often, H. Farahmand, Vegard Fjeldstad +1
This study analyzes the economic viability of large-scale green hydrogen production in the Nordic region and its interaction with future electricity market dynamics. Using scenarios up to 2050, it evaluates declining electrolyzer CAPEX and …
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