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 961–980 of 1591 papers
Rizvi, Syeda, Zarif, Mahdi, Tang, Yufei +3
This study models the complete energy conversion loop for hydrogen production from ocean currents, integrating turbine, generator, electrolyzer, and advanced control strategies. A comprehensive simulation assesses the impact of current spee…
Zarif, Mahdi, Tang, Yufei, VanZwieten, James +1
This paper analyzes the techno-economic and policy potential of ocean current energy for hydrogen production and grid resiliency in Florida. It simulates hybrid systems integrating ocean current turbines, solar PV, and grid interaction to m…
Hyacinthe NKJ, Singh G, Arora S +3
This study investigates microbial electrolysis cells (MECs) fed with organic fraction of municipal solid waste (OFMSW) for hydrogen-rich gas production in India. Two samples produced 1.32-1.94 L of gas per kg OFMSW with 60-72% conversion ef…
Özkan EB, Bulut M
This study focuses on hydrogen production from biogas using a membrane reactor, combining experimental and mathematical modeling. The model is validated with data from the Institute on Membrane Technology (ITM) in Italy, analyzing effects o…
Shaanika S, Boellinghaus T, Sobol O +4
Burst tests of orbital TIG welded 316L stainless steel tubes for hydrogen transport were conducted. Precharging in high-pressure hydrogen (1000 bar, 150°C, 21 days) resulted in modest burst pressure increases (2-8%) over controls, with no c…
Özalp E, Bulut M
This study develops a mathematical model of an AEM electrolyzer using MATLAB, achieving near-laboratory performance simulation. It addresses the underdevelopment of AEMWE modeling, offering a pathway for future hydrogen production research.
Puszkiel, Julián Atilio
This paper reviews hydride-based materials for hydrogen storage and CO2 conversion in renewable energy systems. Metal hydrides offer compact, efficient hydrogen storage under mild conditions, enabling power-to-gas-to-power applications to b…
H. Saleeb, Mohamed F. Baroma, Almoataz Y. Abdelaziz +1
This study evaluates three configurations of a solar-hydrogen-battery hybrid system for a university campus in Egypt. Scenario 3 (PV, battery, hydrogen, grid) achieves 75.7% renewable fraction and near 100% supply reliability, though with h…
Sanju Kumawat, Seema Agrawal, Shiv Lal
This paper proposes a sustainable approach for generating hydrogen using solar photovoltaic (PV) systems and utilizing it as fuel for internal combustion (IC) engines in automobiles in Jaipur, India. Currently, hydrogen production relies on…
Tengyu Ma, Jiaqi Yi, Huimin Zhang +2
This study proposes a novel solar-driven biomass-methane co-gasification hydrogen production system integrated with an in-situ palladium membrane separation unit. The system utilizes the byproduct high-temperature, high-pressure CO2 steam f…
Yongqiang Tao, Shangpeng Zhong
This paper proposes a coordinated optimization model for a distribution network and hydrogen-based integrated energy system using Stackelberg game theory. It incorporates carbon-green certificate trading interactions to maximize benefits fo…
Yaser Al Swailmeen
This study evaluates the potential for green hydrogen production in the UAE using solar PV systems. It analyzes different electrolyzer types and PV optimization, highlighting the UAE's capacity to become a global leader in green hydrogen.
Q. Alkhawlani, S. Al-Gburi, S. Sabeeh
This paper globally assesses green hydrogen pathways for energy security and renewable transformation, analyzing cost, technology, and policy dimensions to clarify its role in decarbonization.
Fufeng Cai, Yanjiao Guo, X L Zhao +1
This study investigates hydrogen production via methanol steam reforming at low temperature and atmospheric pressure using activated carbon modified Pt/MoC catalysts. The catalyst modification is expected to improve hydrogen production effi…
Jonathan Brandt, Astrid Bensmann, Richard Hanke‐Rauschenbach
This paper analyzes the impact of additionality and temporal correlation rules on green hydrogen production in Europe. It shows that while upsizing PPA and storage mitigates risks, it increases costs; relaxing temporal correlation and incre…
Xu S.
This paper comprehensively reviews challenges and emerging trends in hydrogen energy industrialization. It covers the entire process from hydrogen evolution reaction to storage, transportation, and utilization, discussing technical barriers…
Goudar P.S.
This paper proposes the electrolysis of cow urine as a method for producing green hydrogen, integrating waste treatment with energy generation. The approach aligns with circular economy principles by converting a waste product into a valuab…
Huang X.
This paper analyzes the optimal operation of a multi-hydrogen system and a hydrogen-blended natural gas pipeline network under a green hydrogen portfolio standard, comparing their economic and environmental performance. It considers multipl…
Hanisch C.
The HYPAT study analyzes the costs, sustainability, and market potential of green hydrogen imports, emphasizing the need for international partnerships and providing guidance for policy and investment to realize a hydrogen economy.
Boukhatem I.
This paper compares green hydrogen ambitions in Algeria and Morocco, analyzing contrasting conditions and relational paths. It examines how differing policy and resource conditions shape hydrogen strategies.
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