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 61–80 of 233 papers
Müller, Tobias Wolfgang
This thesis analyzes the macroeconomic implications of green hydrogen for hard-to-abate sectors like steel and aviation. Using input-output tables, social accounting matrices, and CGE models, it quantifies employment, intersectoral linkages…
Dash D.
This paper outlines the role of green hydrogen in the global energy transition, reviewing technology, cost, and policy status and future prospects.
Kar S.K.
This paper provides an overview of the hydrogen economy in Australia, covering current status, policies, and prospects for decarbonization. It highlights implications for Japan and global energy transition.
Ekta T. Pandey, Indira Gandhi National Open University
This paper reviews green hydrogen production via renewable electrolysis, compares key technologies, and examines its potential in hard-to-decarbonize sectors like steel, shipping, chemicals, and energy storage. It also discusses challenges …
X Zhang, Xiaodong Liu, Juan Du +2
This paper proposes a multi-feature coordinated adaptive ECMS using fuzzy logic to enhance hydrogen efficiency and extend fuel cell system lifespan in fuel cell hybrid commercial vehicles. It dynamically integrates three operational feature…
Zhang X.
This study presents high-resolution maps of the cost competitiveness of green hydrogen production in China, incorporating geographic and economic factors. It evaluates production costs from renewable sources, offering insights for policy an…
Singh B.J.
This paper outlines green hydrogen production methods and their role in decarbonizing energy systems. It explores challenges in cost reduction and scaling up production for a sustainable energy transition.
Rodríguez Castillo C.A.
This paper presents the HyFloat concept, which synergizes floating offshore wind turbines with hydrogen production and storage. It likely explores technical integration, cost, and operational aspects to produce green hydrogen at sea.
Snousy M.G.
This paper explores the potential of Africa as a major green hydrogen producer, proposing a short-term roadmap. It discusses the importance of green hydrogen in addressing the climate crisis and leverages Africa's abundant renewable resourc…
OECD
This policy brief, based on OECD and European Commission Joint Research Centre webinars (2023-2025), examines chemical accident risks from using hydrogen and ammonia as energy carriers. It highlights emerging safety challenges as low-carbon…
Hatton, Luke, Bamisile, Olusola, Staffell, Iain +1
This paper assesses global levelised costs and embodied carbon for green hydrogen from solar, wind, and hybrid systems using over 97,000 locations. It evaluates the impact of global energy shocks and provides benchmarks for grid electricity…
Andoni M.
This paper provides a comparative techno-economic assessment of multiple pathways for green hydrogen production using wind power. It analyzes capital costs, operational efficiency, and levelized cost of hydrogen to identify the most viable …
Lamers P.
This paper proposes a method combining life cycle assessment and integrated assessment modeling to evaluate power-to-hydrogen technologies in the United States, considering evolving system contexts. It offers a framework for integrated envi…
Lahrsen I.M.
This paper examines the role of hydrogen in achieving net-zero emissions in the plastics industry. Hydrogen can be used as feedstock and heat source, combined with CCUS to achieve deep emission reductions.
H2SITE, 1 CUBE
This paper describes the APOLO project which leverages ammonia-cracking solutions to decarbonize the maritime industry. Ammonia cracking converts ammonia into hydrogen, enabling zero-carbon fuel for ships. The project likely addresses techn…
Suleiman Ibrahim Mohammad, Sultan Alaswad Alenazi, Badrea Al Oraini +5
This study evaluates the techno-economic feasibility of hydrogen-powered ships in coastal freight. It finds economic viability when carbon taxes exceed $90/ton and green hydrogen costs below $4/kg, with 75-90% lifecycle emission reductions.…
Kelsey Pailman
This paper analyzes EU and IMO legal frameworks for hydrogen-based fuels in maritime shipping, identifying regulatory challenges. Using the Hydrogen Prism framework, it evaluates cohesiveness, risk mitigation, and compliance, calling for al…
B. Wortmann, Daniel Arenas, C. Winkler +3
This paper analyzes the impact of cooling water demand on the sustainability of hydrogen production. It highlights trade-offs between water consumption and clean hydrogen output, emphasizing regional water availability constraints.
Musarat Shahin, Abdul Haseeb Mohsin, Aiman Bibi +11
This review covers sustainable ammonia production via renewable-driven electrochemical and photoelectrochemical routes. It examines an integrated process combining photoelectrochemical hydrogen generation under concentrated solar irradiatio…
Siyuan Liu, Rongrong Zhai, Li J +2
This paper proposes a low-carbon economic scheduling framework for a wind-solar-hydrogen integrated multienergy supply virtual power plant (WSH-MESVPP) that participates in both energy and reserve markets. Case studies show a 9.32% improvem…
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