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 381–400 of 1380 papers
Mohamed Shamseldein
Gigawatt-scale hydrogen hubs introduce a new converter-dominated load class to power systems. This paper assesses harmonic injection, voltage stability in weak grids, and frequency response using open-source tools. It finds standard load mo…
Khotimatul Fauziah, Asih Kurniasari, Yuli Astriani +8
This paper assesses the technical and economic feasibility of replacing diesel with hydrogen in remote areas, presenting a decarbonization scenario. It analyzes hydrogen supply chains and costs to identify implementation barriers and opport…
Suhatril M.
This paper provides a comparative analysis of commercial hydrogen generation technologies, evaluating their characteristics and economic viability. As hydrogen is key to decarbonization, it offers insights for GX advancement.
Yang J.
This paper proposes and analyzes renewable energy-hydrogen business models supported by green hydrogen credits to achieve carbon neutrality. It examines the impact of subsidies and credit schemes on the economic viability of hydrogen projec…
W. Isahak, L. M. Shaker
This review comprehensively analyzes green hydrogen production pathways (solar, wind, hydro, biomass), electrolysis technologies (AWE, PEM, SOEC), and system integration (storage, power-to-hydrogen, grid balancing). It identifies technical …
Li M.
This paper conducts a lifecycle assessment and optimization of an integrated blue-green hydrogen production and liquefaction process with reforming-electrolysis coupling. It analyzes trade-offs between CO2 emission reduction and cost, provi…
Pinto M.C.
This paper uses scenario analysis to examine competitive pathways for exporting green hydrogen from North Africa to the EU. It evaluates cost, infrastructure, and policy conditions, clarifying the role of imported hydrogen in meeting EU dec…
S. Mahmud, Y. Teoh, Heoy Geok How +6
This review focuses on green hydrogen production, especially water electrolysis, proposing a comparative framework linking catalyst durability, operating conditions, and LCOH. It reports efficiency gains from improved catalysts and renewabl…
V. Lystianingrum, Idraki Sariyan
This study assesses the techno-economic feasibility of PV-based green hydrogen for a 2,000 MTPD ammonia plant in Aceh, Indonesia. Comparing off-grid and on-grid (with RECs) configurations via HOMER Pro, the on-grid system cuts LCOH by 40%, …
Baum Z.J.
This review synthesizes recent materials research directions for a green hydrogen economy, covering electrolysis, storage, transport, and utilization. It highlights key challenges and opportunities for cost reduction and scale-up, emphasizi…
P. Phuenhinlad, Wenting Jin, Zeyi Yao +7
This paper demonstrates an integrated recycling process for end-of-life PEMFC membrane electrode assemblies, recovering over 99% of platinum via mild leaching and capturing ~97% of fluorine as solid fluorides. A sequential leaching strategy…
Windy Lusia Samosir, M. Singgih, Nico Aditya Pratama
This study assesses the technical and economic viability of green hydrogen co-firing at the Tanjung Uncang CCGT in Indonesia, comparing dedicated solar PV electrolysis and grid+REC pathways. Results show technical feasibility but high costs…
Osman M.
This study evaluates electricity procurement and temporal matching strategies for wind-based hydrogen production using multi-year optimization and stochastic analysis. It quantifies the impact of market price and weather uncertainty on the …
Hunt J.D.
This paper proposes a novel hydrogen liquefaction method using solid air, addressing a critical bottleneck in the hydrogen economy. The technique may offer improvements in energy efficiency and cost over conventional methods, potentially ea…
Alderete M.
This paper explores the potential of green hydrogen in Argentina, examining opportunities and challenges for leveraging renewable resources for hydrogen production, with implications for energy transition and economic development.
Chen X.
This paper analyzes the relationship between synthesis, structure, properties, performance, and economic value creation in biomass-derived carbon materials for hydrogen storage, offering implications for green finance and sustainable develo…
A. E. Olatunde, S. O. Olowoyobiojo
This study assesses hydrogen production feasibility in Nigeria, comparing production routes via techno-economic criteria. Blue hydrogen with CCS is identified as the most cost-effective short-to-medium term pathway, while green hydrogen is …
Abba Lawan Bukar, Mahmoud Kassas
This paper proposes an energy management strategy for a multi-electrolyzer green hydrogen production system. It aims to optimize overall system efficiency and reduce costs of renewable-based hydrogen production. Specific methods and results…
Rodrigo Barra Novoa
This qualitative case study analyzes Chile's National Green Hydrogen Strategy (2020), finding a robust governance framework and rapid investment growth, but persistent challenges in cost competitiveness, technology dependency, infrastructur…
Sandile Mtolo, Ambay Freda Sey, Racquel Sherise Lallie +6
This study presents the first integrated framework for green hydrogen production from groundwater in South Africa, combining hydrogeological sustainability, electrolyser selection, LCOH analysis, LCA, and policy alignment. Based on a PRISMA…
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