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 661–680 of 1286 papers
Shevchenko Y.
This paper analyzes and reviews photoelectrochemical (PEC) pathways for green hydrogen production, providing an overview of current technology, challenges, and future outlook. It suggests a roadmap toward commercialization beyond 2030.
Kim S.
This paper analyzes the impacts of hydrogen-demand variability and scale on the joint planning of sustainable hydrogen supply chains and electricity sourcing portfolios. It uses optimization models to balance cost efficiency and environment…
Walter G.
This paper assesses the individual criticality of components in PEM electrolyzers, highlighting challenges for a circular hydrogen economy. It provides insights into recycling and resource efficiency by analyzing component-level criticality…
Gómez J.
This review examines green hydrogen energy systems and their role in enabling a renewable energy system. It covers production, storage, and integration aspects, highlighting hydrogen's potential as a clean energy carrier for decarbonization…
Trattner A.
This paper presents a vision for a sustainable hydrogen society using Austria as a case study. It discusses findings on hydrogen production, infrastructure, and applications, evaluating the role of hydrogen in decarbonization.
Meskher H.
This paper discusses mechanisms and mitigation strategies for cathodic precipitation in seawater electrolysis, contributing to efficient hydrogen production and advancing green energy technology.
Tian M.
Simulation and feasibility assessment of a green hydrogen supply chain in Oman, analyzing supply costs and infrastructure requirements.
Zeng A.
This paper proposes a low-carbon economic dispatch strategy for integrated energy systems that coordinates blue and green hydrogen under carbon emissions trading (CET) and green hydrogen certification scheme (GHCT). An optimization model re…
Christopher Selvam D.
This paper reviews recent advances in water electrolysis and green hydrogen storage using renewable energy, focusing on efficiency improvement and cost reduction for hydrogen production and storage.
Guitar M.A.
This paper evaluates the environmental impact of green steel production, analyzing how much greenhouse gas emissions can be reduced compared to conventional steelmaking. It also discusses the potential and cost challenges of hydrogen reduct…
Xi Zhang, Xiaodong Hong, Zuwei Liao +2
This paper examines the multi-objective optimization prospects of integrating grid power into China's offshore wind-to-hydrogen systems. It analyzes flexibility improvements and cost reduction potential from grid connection, assessing hydro…
Canada Foundation for Innovation | Fondation canadienne pour l'innovation
This paper examines infrastructure for chemical hydrogen storage and carbon dioxide recycling, covering storage methods, transportation, and CO2 capture/utilization system design, providing an overview of foundational technologies for a dec…
F. Cuaran-Grajales, J. Gancedo, F. Rubiera +4
This study investigates catalytic sorption-enhanced steam gasification (SESG) of MDF sludge, a wood industry waste, for hydrogen production. Optimal conditions (650°C, S/C ratio 8, WHSV 0.6 h⁻¹) yield up to 88.9 vol% H₂ with in situ CO₂ cap…
Yong Peng, Qi Liao, Xiaoda Liang +2
This paper proposes an integrated energy system for residential communities combining hydrogen-blended natural gas and geothermal energy, aiming for deep decarbonization and grid flexibility. Through synergistic optimization, it improves ov…
Giulia Fede, Fabio Sgarbossa, Daniel F. Silva
This study uses agent-based simulation to evaluate operational and maintenance strategies for renewable-powered electrolytic hydrogen production. Results show that optimized stack replacement policies reduce lifetime costs by up to 21% comp…
Ribeiro N. Ribeiro, Kamila R. M. Amaral, Jaqueline C. Desordi +9
This review summarizes the fundamentals of alcohol photoreforming using TiO2-based photocatalysts for low-carbon hydrogen production. It systematically compares C1-C6 alcohols, analyzing how molecular complexity affects hydrogen evolution a…
Meng Tao, Kelvin Tan, Adarsha Bohara
This paper examines powering megawatt-scale electrolyzers for low-carbon hydrogen production, focusing on integration with renewable energy and efficiency improvements.
Wang Yang, Yue Dai, Yue Shen +1
This study presents a techno-economic analysis of hydrogen-based solid oxide fuel cell (SOFC) cogeneration systems, evaluating capital costs, operational efficiency, and potential contributions to decarbonization targets.
K. Sathasivam, Ilhami Colak, J. Arunprasad +4
This paper investigates the use of hydrogen as a combustion aid in diesel engines fueled with Nannochloropsis sp. microalgae biodiesel, aiming to reduce emissions and improve engine efficiency.
A. Loyola, R. Farajzadeh, D. Voskov +2
This paper evaluates operational strategies for underground hydrogen storage in depleted gas fields, providing guidelines for site screening and development planning under diverse geological scenarios. Large-scale seasonal hydrogen storage …
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