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 221–240 of 1188 papers
Hassan A.
This paper compares various pathways for solar-driven green hydrogen production, analyzes technical challenges, and outlines future perspectives. It provides key insights for improving efficiency and reducing costs in hydrogen production.
Sebbagh T.
This paper reviews the role of green hydrogen in achieving a sustainable energy future, covering production, storage, and applications. It highlights the potential for decarbonizing hard-to-abate sectors.
Noor M.M.
This review systematically covers technical challenges (electrolysis efficiency, storage, cost) and ethical/social concerns (resource competition, just transition) of green hydrogen, outlining future research and policy directions. It provi…
Zhang J.
This paper discusses the potential of integrating green hydrogen into renewable energy systems. It highlights technical and economic challenges and the need for policy support, outlining a pathway toward a sustainable energy future.
Roque B.A.C.
This review comprehensively examines the potential of hydrogen to catalyze energy transition, industry decarbonization, and sustainable economic development. It covers hydrogen production, storage, transport technologies, policy frameworks,…
Kristina Radinović, P. Branco, Nevena Milutinović-Mehri +4
This review synthesizes the latest methods for physical, solid-state, and geological hydrogen storage, analyzing trade-offs among gravimetric/volumetric densities, efficiency, maturity, and scalability to guide technology selection for appl…
Jie Wang, Bing Hu, Lijun Xu +2
This review systematically covers electro-hydrogen systems, including electrolysis (PEM, ALK, AEM, SOEC) material advances, hydrogen storage (compressed, liquid, solid), and multi-energy system integration. It discusses applications in rene…
Peng Liu, Fuzhi Wang, Chunyan Chen
This scientometric analysis of 9,545 publications on green hydrogen technology (2010-2024) reveals explosive growth driven by policy, a core-periphery collaboration network with China leading in volume but European and Middle Eastern countr…
S. O. Oyakhilome, D. J. Koffa
This paper proposes and validates hierarchical Model Predictive Control (MPC) with adaptive elements for Power-to-X systems coupled with variable renewables. Experiments on a 50kW PEM electrolyzer and simulations show 18.3% higher hydrogen …
Yasmen Aman
This study investigates ultra-low platinum loading (1wt%) on two carbon supports (Ketjen Black and Acetylene Black) via a green, solvent-free sputtering method for PEM fuel cells and electrolysers. CO stripping ECSA measurements show that P…
GholamReza Aghdami, Farzin Hosseinifard, Mohsen Salimi +2
This review comprehensively covers recent advances in hydrogen storage and export technologies for global deployment toward a low-carbon future. It compares technical progress and economics of key storage methods (liquefaction, compression,…
Opara. Stanley Uchenna, Okere. Chinedu J
This paper reviews underground hydrogen storage potential in porous media using dynamic reservoir simulation. It distinguishes working gas and cushion gas, discusses leakage prevention, and geological/engineering selection criteria. Sensiti…
Olgun Konur
This paper identifies life cycle GHG emission factors for green hydrogen as a marine fuel under various shipping scenarios. It quantifies the emission reduction potential of green hydrogen compared to conventional fuels, providing insights …
Stavroula S. Sartzetakis, Sofia Esquivel-Elizondo, Irving Rettig +4
This study evaluates 57 well-to-use decarbonization pathways (hydrogen, hydrogen-derived fuels, direct electrification, fossil fuels with CCS) across 11 end uses using Technology Warming Potential (TWP). Results show that hydrogen provides …
Göthel J.
This paper assesses the current state of the hydrogen supply chain and reviews critical aspects for an economy supported by hydrogen infrastructure. It analyzes challenges and opportunities in hydrogen production, storage, and transport, pr…
Bartoli M.
This review comprehensively surveys hydrogen production from biomass gasification, comparing processes, catalysts, and yield improvements. It highlights the potential for clean hydrogen supply toward a decarbonized society.
Panagopoulos A.
This paper explores the potential of utilizing brine from desalination for green hydrogen production. By integrating ZLD/MLD systems, it proposes a framework that simultaneously achieves water resource recovery and decarbonization.
Lee D.
This paper examines the R&D investment and collaboration framework for advancing the hydrogen economy in South Korea. It discusses government-industry partnerships and strategic investment, offering insights for other countries pursuing hyd…
Victor Osvaldo Vega-Muratalla, Kevin Mitsuhiro Omori, Leandro Vitor Pavão +4
This paper proposes integrated multiobjective optimization of low-carbon hydrogen and ammonia supply chains using glycerol steam reforming, applied to Brazil. It demonstrates a design method balancing environmental performance and equitable…
Mohammad Borhani, Mehdi Ashjaee, Ehsan Houshfar
This study proposes a solar-hybrid system for co-production of low-carbon hydrogen, electricity, and freshwater, using 4E (energy, exergy, economic, environmental) modeling and machine learning-assisted optimization.
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