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 341–360 of 1209 papers
Liu X.
This paper analyzes green hydrogen as an alternative aviation fuel in Asia and the Pacific using both qualitative and quantitative methods. It assesses the technical and economic challenges for decarbonizing aviation and evaluates the adopt…
Herrero Rozas L.A.
This study assesses green hydrogen support mechanisms in coupled electricity and hydrogen markets under Cournot competition, providing insights for policy design.
Namazifard N.
This paper proposes a scalable bottom-up approach for hydrogen infrastructure planning based on industrial demand scenarios. It enables efficient hydrogen supply network design by considering regional demand patterns.
Palmer O.
This paper analyzes planning and contracting strategies for green hydrogen producers under uncertainty, focusing on hedging against price volatility and demand risks. It provides insights for market stabilization and investment facilitation…
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.
Nabi M.N.
This study demonstrates that fumigating hydrogen into a diesel engine improves engine performance and significantly reduces greenhouse gas emissions. It highlights a viable pathway for decarbonizing heavy-duty transport through hydrogen uti…
Masood H.
This study evaluates low-carbon heat supply strategies for alumina refining, focusing on direct electrification and hydrogen. It compares techno-economic pathways to achieve net-zero primary aluminum, identifying optimal decarbonization str…
Hoang A.T.
This review examines technological solutions for hydrogen deployment in shipping decarbonization. It compares hydrogen fuel cells, ammonia cracking, and other pathways, highlighting infrastructure costs, safety standards, and bunkering chal…
Yuanhao Sun, Y Zhang, Y P Li +2
This study uses LCA and TEA to evaluate the synergistic reduction potential of replacing conventional coal-based H2/O2 with renewable-powered electrolytic H2/O2 in China's coal chemical industry. Considering green H2 supply constraints, ach…
Müller, Leander Amadeus, Luck, Nathalie, Watson, Jim +2
This paper analyzes the impact of socio-political scenarios on the cost of capital for green hydrogen projects, using Ukraine as a case study under deep uncertainty, highlighting challenges for transition finance in volatile regions.
Shijie Liao, Jun Wei, Tongtong Zhu +6
This paper develops a FeCo alloy and nitrogen-doped carbon nanotube catalyst with a multilayered folded carbon structure, enhancing oxygen reduction reaction (ORR) efficiency. The catalyst has potential applications in clean energy technolo…
Monzure-Khoda Kazi, Fadwa Eljack, Mohamed Haouari
This paper presents an integrated Quad-generation (Quad-gen) methane pyrolysis system that simultaneously produces low-carbon hydrogen, electricity, freshwater, and solid carbon with minimal external energy input. The system adapts to varia…
mohamed kamal arafa elrakhawi
This paper proposes a dual strategy of hydrogen and CCS for the EU to achieve climate neutrality by 2050. It analyzes the policy frameworks and technological pathways needed for large-scale deployment.
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 …
Philip Guerra, Niklas Hartmann
This study examines how hydrogen transport infrastructure contributes to system operation and flexibility under deep decarbonization, clarifying its role in enhancing overall system flexibility.
D. Silambarasan, R. Sarika, V.J. Surya, K.Iyakuttie and R.Sarika
This review examines hydrogen storage challenges in the transition to a hydrogen-based energy economy, focusing on carbon nanomaterials such as carbon nanotubes and graphene. It discusses conventional storage limitations and the potential o…
Jan Wiegner, Madeleine Gibescu, Matteo Gazzani
This paper proposes a decision tree framework to assess the future role of onshore and offshore electricity storage and hydrogen infrastructure under uncertainty in energy systems. It supports strategic investment decisions by analyzing com…
Apoorv Verma
This review consolidates the status and prospects of hydrogen production and underground storage (UHS) in India, highlighting the dominance of carbon-intensive methods and the need to transition to renewable-powered electrolysis. India's Na…
Aya A. ElBauomy, G. Šimkonienė, Mostafa Abdelgeliel +1
This paper evaluates the power balance of hybrid propulsion architectures combining PEMFC, battery, and PV for a 1.80m prototype catamaran operating on short routes. Using a 15-min cycle repeated over 8 hours based on a Suez Canal ferry, th…
YuChang Wang, Fan Zhang, LiHang Luo
This study addresses the conflict between renewable volatility and rigid industrial loads in green hydrogen/ammonia parks. An hourly power balance model is developed integrating wind/PV, conventional load, electrolyzer, and ammonia synthesi…
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