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 561–580 of 1286 papers
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…
H. Shayeghi, Babak Mohamadi, Peyman Zare
This paper proposes a digital twin and Stackelberg Bayesian coordination method for mobile storage optimization to enable uncertainty-resilient renewable integration in offshore and coastal green hydrogen hubs. It enhances hydrogen producti…
N. Guerrero-Rodríguez, F. Ramírez-Rivera, Rubén D. Ramos Ciprian
This study proposes a planning framework for using green hydrogen produced from curtailed renewable electricity for critical-load restoration. Applied to the Dominican Republic power system, a 25 t H2 storage module fully covers 6h and 12h …
Sampatirao Nanibabu, Shakila Baskaran, P. Marimuthu
This paper proposes a multiobjective green anaconda optimization (MOGAO) framework for demand-side management integrating hydrogen storage, renewables, and EVs. It achieves significant peak load (38.36%), cost (42.69%), and emission (67.56%…
Yunjing Wang, Xiaodong Deng, Xinhui Song +2
This paper proposes an optimization method for capacity allocation of electricity-hydrogen cloud energy storage on the renewable generation side, considering multi-time-scale to improve system efficiency and economy.
(著者不明)
This paper reports a carbon dot-grafted carbon nitride photocatalyst that improves H2 evolution and selective sulfide oxidation by reducing exciton binding energy, offering a new approach for clean energy production.
Liangce He, Xianzhuo Meng, Zhigang Lu +1
This study proposes a refined model for on-site hydrogen refueling stations to achieve low-carbon coordinated operation with power distribution networks. The integrated management of hydrogen and electricity promotes renewable energy utiliz…
N. Eddaoui, Cyprien Soulaine, Saı̈d Aniss +1
Analyzes pattern formation in underground bio-methanation, identifying Turing instability and Hopf bifurcation causing spatial heterogeneity that affects gas quality. Provides criteria to avoid pattern emergence.
K. Tamilarasan, S. Shabarish, V. Godvin Sharmila
This paper proposes a method for sustainable biohydrogen production using Fe3O4 and biosurfactant-assisted microwave disruption, aiming to contribute to climate mitigation. Specific results are unavailable due to missing abstract.
Alkhawlani Q.
This review examines innovations required to make green hydrogen systems scalable, covering advancements in production, storage, and distribution, and discusses challenges and prospects for industrialization.
Noboru Nakamoto
This paper examines design modifications and performance evaluation of safety valves adapted for alternative fuels such as hydrogen and ammonia. As part of infrastructure development for carbon neutrality, it verifies safety under high-pres…
N. Eddaoui, Cyprien Soulaine, Said Aniss +1
Underground bio-methanation converts surplus renewable electricity into hydrogen, stores it with CO2 in geological formations, and produces methane via bacteria. However, self-organizing patterns cause spatial heterogeneity, reducing gas qu…
Eckl F, Moita A, Sousa T +1
This study develops a detailed bottom-up mass and energy balance model to analyze how the ratio of scrap to hydrogen-based direct reduced iron (H₂-DRI) in electric arc furnace steelmaking affects electricity demand, CO2 emissions, slag form…
Priatmoko C, Hakam DF
This study evaluates the economic feasibility of a green hydrogen hub in Sumatra, Indonesia, using an integrated framework of DCF, sensitivity analysis, Monte Carlo simulation, and real options valuation. Scenario A (hydropower-dominant) is…
Ғ.Р. Мирзақулов, Ш.З. Тожиматов, С.С. Холмаматов
This paper discusses the potential of producing green hydrogen from urban wastewater and organic waste, framing it as a solution to both waste management and energy transition challenges. It highlights the intersection of environmental prob…
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