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 21–40 of 1380 papers
Ng L.S.
This work introduces a chaotropic nanoelectrocatalysis strategy that chemically disrupts the intermolecular hydrogen-bonding network of water at the catalytic site to boost green hydrogen electrosynthesis. By engineering water structure nea…
Paglini R.
This work estimates greenhouse gas emissions from natural gas networks blended with hydrogen. Hydrogen blending into existing gas infrastructure is a pillar of many decarbonization pathways, so per-blend emission accounting matters for both…
Es-sakali N.
This study examines hydrogen-driven smart energy districts in hot climates, coupling passive design, active systems, and water synergies toward net-zero carbon cities. Specific methods and findings are unavailable as no abstract was provide…
Ali Noutash, Amin Mansour Saatloo, Gregorio Muñoz-Delgado +1
Proposes a virtual energy hub plant (VEHP) aggregating multiple energy hubs for joint electricity-market participation and transactive trading of electricity and green hydrogen. An ADMM-based distributed optimization preserves hub privacy a…
Jin-Shu Yang, Jiang Wu, Zhan-Bo Xu +3
This paper proposes a long-term optimal planning method for a hydrogen-based industrial energy system under renewable randomness. Using a non-homogeneous Poisson process and Itô process to generate long-term wind/PV scenarios, it analyzes p…
Kainat, Sidra Mariyam, Aneesa Ajmal +1
This paper examines the economics of green hydrogen in hard-to-abate sectors such as steel, fertilizer, chemicals, shipping, aviation, and long-duration storage. Drawing on IEA, IRENA, IPCC, and World Bank data, it identifies high productio…
Luo-Quan Wang, Dan-Hao Wang, Hui-Rong Zhao +1
Proposes an optimization method for electric-gas-hydrogen coupled industrial parks that traces energy and carbon flows in an integrated manner. It aims at low-carbon, cost-effective operation by making carbon flows visible across a multi-en…
Chandrakanth Reddy Chandraiahgari, Gloria Gottardi, Giorgio. Speranza +5
A materials-science study examining how carbon support morphology governs the in-liquid transfer and formation of RF-sputtered platinum-carbon nanohybrids, with electrocatalytic evaluation. It offers fundamental insights relevant to electro…
Peyman Zare, Hossein Shayeghi, Babak Mohamadi
Proposes an intelligence-theory-aware computational coordination approach for carbon-neutral smart energy communities that integrate renewable hydrogen under multi-market trading. The framework coordinates trading across markets while incor…
Yan Xu, Hanny Zurina Hamzah, Xuan Yang
This work examines how hydrogen valleys advance the hydrogen economy through decarbonization, energy flexibility, and sector coupling. It focuses on integrating hydrogen supply and demand within regional clusters and cross-industry linkages…
Awad M.
This review surveys water electrolysis technologies for green hydrogen production, integrating them with PV, wind, hybrid, hydropower, geothermal, tidal/wave, and biogas energy systems. It compares electrolyzer types, economic analyses, and…
Pettit J.
This paper examines the infrastructure requirements for building a hydrogen economy through a South Australian case study. It outlines production, transport and storage needs in a renewable-rich region and draws implications for policy and …
Abreu J.F.
This paper presents a case study of hydrogen storage in offshore salt caverns as a pathway toward carbon net zero. Large-scale, low-cost storage is a critical enabler for hydrogen and surplus renewable power, and salt caverns are a leading …
Armando Manuel Muchimba, Fabiano Fernandes Bargos, E. C. Romão
This study synthesizes hydrogen's role as an energy carrier through a systematic literature review, integrating production pathways, Technology Readiness Levels, challenges, and prospects. Decarbonization contribution depends heavily on the…
Wen-Cheng Wu, Yi-Min Wu, Xin-Da Shen +3
This paper proposes a multi-site stochastic planning framework where dispersed renewable energy bases jointly supply a green hydrogen–ammonia production base via inter-site transmission. A two-stage stochastic program solved by multi-cut Be…
Lee J.
An engineering study presenting a design methodology for multistage fixed bed reactors for steam methane reforming (SMR) hydrogen production, incorporating intrinsic kinetics of Ru-based catalysts. It quantitatively links catalyst performan…
Mrabti R.N.
This study integrates mixed-integer linear programming (MILP) for spatial and multiperiod optimization of Morocco's green hydrogen supply chain with a FlexSim/FloWorks-based digital twin simulation. It offers a framework to optimize siting,…
Chafai A.
A first-principles study evaluating Janus 2D Ag2CdP2S3X3 monolayers as photoelectrode materials for solar-driven green hydrogen. Band structure and optical absorption suggest promising photoelectrochemical performance. Findings remain theor…
Buchner J.
This study empirically examines which green hydrogen production systems German citizens accept. It suggests that localness and perceived safety are key drivers of acceptance, offering implications for the social legitimacy of hydrogen deplo…
Liang¹ D, Song¹ J, Ke¹ S +6
This paper proposes a coordinated optimal scheduling method for electricity-hydrogen coupled systems that captures the dynamic behaviors of PEM electrolyzers (thermal inertia, temperature, start-stop), rather than assuming constant efficien…
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