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 61–80 of 1591 papers
Pandey I.
An assessment of India's green hydrogen policy framework. Without an abstract, details are limited, but it likely examines institutional design and policy challenges for hydrogen production and deployment as a national strategy.
Badger N.
This study compares various hydrogen production pathways for methanol synthesis using life cycle assessment (LCA). It quantifies GHG emissions and environmental burdens across grey, blue, and green hydrogen routes to identify cleaner methan…
Huang Y.
This paper presents a multi-objective optimization of an integrated energy system embedding diversified hydrogen utilization and carbon capture, under a ladder-type carbon trading scheme interacting with green certificate trading. It jointl…
Zen M.R.
This study applies life cycle assessment (LCA) to evaluate the environmental performance of ammonia production in Indonesia. As ammonia gains attention as a decarbonization fuel and hydrogen carrier, quantifying production-stage emissions i…
Chauhan S.V.
This work addresses industrial-scale current density in water electrolysis for green hydrogen, covering catalyst development, benchmarking methods, and operational best practices. It targets higher efficiency and durability at practical sca…
Squadrito G.
A piece framing green hydrogen as a transformative shift, though no abstract is available to verify scope or method. Likely covers production, supply infrastructure, and decarbonization potential, but empirical or policy analysis cannot be …
Shree Pragya R.
This review surveys the global hydrogen economy and related policies for environmental sustainability. It synthesizes technological trends across hydrogen production, transport, and use alongside national policy frameworks, discussing hydro…
Carmona R.
This study applies an optimization model to assess the green hydrogen value chain for local industry in Chile. It quantitatively examines costs and constraints across production, transport, and end-use, exploring feasibility and barriers fo…
Ingo C.
This study examines the greenhouse-gas reduction potential of blending hydrogen or ammonia into natural gas of varying compositions for use in internal combustion engines. It assesses how fuel blending affects decarbonization and engine com…
Almheiri Z.
This study assesses the greenhouse gas emissions implications of deploying hydrogen fuel cell technology for passenger trains. It highlights the decarbonization potential of replacing diesel rolling stock and the importance of a life-cycle …
Southall E.
This work examines how liquid organic hydrogen carrier (LOHC) technology could be deployed and integrated across different industries. It positions LOHC as a means of on-demand hydrogen supply and energy storage. No abstract is available, s…
Vamsi Krishna Kudapa, Shoaib Mohd, Vijayakumar Sivasundar +4
This review systematically maps how machine learning accelerates electrocatalyst R&D for green hydrogen via water splitting. It covers data sources, featurization, and algorithms—from interpretable models to graph neural networks and genera…
Gesanilton Fernando Ferreira de Carvalho
Brazil's Law No. 14,948/2024 established the Special Regime for Low-Carbon Hydrogen (Rehidro) but vetoed a direct tax credit program. This article critically analyzes the legal foundations of tax incentives against constitutional principles…
Korraa K.T.
This study compares conventional fuels with green hydrogen-based e-fuels for ships transiting the Suez Canal, quantifying consumption volumes and emissions. It contributes a route-specific, quantitative view of shipping decarbonization and …
Ali W.
This work applies neutrosophic goal programming and the NSGA-II evolutionary algorithm to jointly optimise green hydrogen-powered EV charging networks. It addresses trade-offs among conflicting objectives such as cost, environmental perform…
Kim J.
This study designs and robustly optimizes an integrated green hydrogen production system combining biogas reforming with PEM electrolysis via an oxygen storage process. It aims to improve efficiency and stability of renewable-based hydrogen…
Thimmappa R.
Proposes an atmospheric-pressure water electrolyzer enabling decentralized green hydrogen production. By avoiding high-pressure equipment, it opens a path to small-scale, on-site hydrogen supply paired with renewables. Performance and cost …
Hochedlinger S.
This work addresses uncertainty-aware predictive energy management for green hydrogen production. It targets operational optimization of renewable-powered hydrogen systems under variable power supply and demand uncertainty. Without an abstr…
Aydin M.I.
This item concerns hydrogen hubs, but no abstract was provided, so its contribution and findings cannot be summarized. Hydrogen hubs are clustered decarbonization infrastructure linking production, transport, storage, and end use, closely t…
Pohto S.
This study examines the upscaling of the renewable hydrogen economy through the lens of complex adaptive systems (CAS). It likely frames hydrogen supply chains and market formation as multi-actor, non-linear evolutionary processes, offering…
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