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 281–300 of 1591 papers
Jayachandran M.
This comprehensive review analyzes the challenges and opportunities of green hydrogen adoption in hard-to-abate industries such as steel, chemicals, and cement. It synthesizes technical, economic, and policy barriers and provides strategic …
Falfushynska H.
This paper compares the socio-economic implications of green hydrogen economies in Sub-Saharan Africa and South America, offering perspectives on green transitions and policy insights for these regions.
Uusitalo V.
This paper evaluates the GHG emission reduction potential of producing hydrogen, methane, and methanol via electrolysis using surplus renewable electricity. Considering grid constraints and time-varying power supply-demand, it quantitativel…
K. Kamlesh, R. Singhal, Santhi Priya Dasari +2
This paper systematically reviews reverse current phenomena in alkaline water electrolyzers (AWEs) during start-stop cycles, explaining mechanisms, degradation impacts, and mitigation strategies. It addresses challenges in renewable-integra…
Tong Ouyang, Wenbin Chen, Xiangyi Zhang +4
This study develops a bifunctional catalyst for seawater electrolysis hydrogen evolution and dopamine detection. By embedding MoS2/CoS@NiS in N,S-codoped carbon nanospheres, high catalytic activity and stability are achieved, potentially im…
Alattin Çakan, Melike Kopal, Bilgehan Polat +1
This study develops transition-metal-functionalized boron carbon nitride nanocatalysts and examines their bifunctional performance in chemical and electrochemical hydrogen production. The catalysts' structure and performance are evaluated, …
Yongrui Wang, Wei Jian, Agula Bao +1
This study presents a green synthesis of oxygen-rich porous carbon from biomass waste, demonstrating synergistic hydrogen storage and high-pressure CO2 capture. It provides mechanistic insights into precursor engineering, showing how precur…
Alanazi, Majed, Hughes, Kevin J., Pourkashanian, Mohamed
This dataset supports verification, multi-dataset validation, and uncertainty quantification of a 1D PEM electrolysis model for gigawatt-scale green hydrogen design. It includes COMSOL polarization exports, digitized experimental points fro…
Daiana Ivis Suárez Ordaz, Alejandro Fernández Gil, Yunesky Masip Macía +1
This paper assesses potential locations for green hydrogen production plants in Arica, Chile, using composite indicators that integrate renewable energy resources, infrastructure, and environmental/social conditions. It identifies promising…
Ahmad I. Dawahdeh, Wateen ALShorman, Moh’d A. Al-Nimr
This paper evaluates the techno-economic feasibility of a solar-powered system integrated with heat recovery and green hydrogen storage for continuous power generation. It assesses cost and efficiency, offering insights into stable renewabl…
Hongyue Deng, Huizhen Wan, Xu Li +4
This study proposes an integrated electricity-heat-gas-hydrogen energy system for carbon anode industrial parks and develops a 24-hour multi-objective scheduling model. By using surplus PV power for hydrogen production and coordinating grad…
Francesco Mastropierro
The ALRIGH2T project develops a multi-fidelity digital twin of hydrogen refuelling and a VR training environment to accelerate safe, efficient hydrogen refuelling for next-gen sustainable aircraft, minimizing risk and providing insights.
Wagd Ajeeb, Ricardo Assunção, Rui Costa Neto
This paper evaluates the techno-economic and environmental feasibility of green hydrogen for decarbonizing rail transport. It compares alternative propulsion systems, highlighting the potential and challenges of hydrogen fuel cell trains.
Andrea Navarro Jiménez
This paper evaluates state-level green hydrogen potential in Mexico using a multi-technology framework and scenario analysis, offering policy-relevant insights for prioritizing hydrogen strategies based on regional renewable resources.
Swati Swati, Rakesh Gupta, Pradeep Chaudhary
This paper proposes a stochastic reliability model for the power supply chain of green hydrogen electrolyzers using Bayesian continuous-time Markov chains (CTMC). It quantifies the impact of renewable energy variability on hydrogen producti…
Elena Barbera, Marco Fontana, Alberto Bertucco
This paper evaluates CO2 emissions and carbon footprint of hydrogen production via methane pyrolysis, using material and energy balances. It likely quantifies decarbonization potential compared to steam methane reforming and assesses proces…
Zeng L.
This review comprehensively evaluates the performance of underground hydrogen storage (UHS) in depleted gas reservoirs. It synthesizes how reservoir characteristics, fluid behavior, and operational parameters affect hydrogen recovery and pu…
Ridho Arisyadi, M. I. Rizaldi
This paper compares green hydrogen pathways in Indonesia's power sector, evaluating hydrogen co-firing, ammonia co-firing, and fuel cell deployment. It analyzes economic feasibility, technical readiness, and emission reduction potential to …
(著者不明)
This paper compares green hydrogen and renewable energy in achieving net-zero emissions, analyzing their complementary roles and challenges in complex energy systems. It clarifies decarbonization pathways and offers implications for policy …
Nkou Nkou J.J.
This paper provides a comprehensive data-driven analysis of green hydrogen project development, revealing regional and technological patterns and investment trends. It empirically identifies drivers and barriers to scaling renewable-based h…
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