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 201–220 of 1918 papers
Sneha Nayak, Kapilan Natesan
This review surveys renewable pathways (solar, wind, geothermal, biomass) for clean hydrogen production, covering efficiency, life-cycle assessment, and recent advances. It examines AI/ML applications in hydrogen production and uses Scopus/…
Suwarno Suwarno, Bagus Dwiprasetyo Raharjo Putra, Handi Muhtadi
Electrochemical hydrogen permeation tests on three low-alloy boiler/petrochemical steels (0.06–0.24 wt% C) at 25–80 °C show that quenching generally lowers hydrogen diffusivity, by up to ~7× for A106 Gr.B at 60 °C. Normalizing refines grain…
Hong Zhao, Wenli Bao, Xiao Ren +12
The authors anchor 3D sulfur clusters on carbon to create a multi-directional anchoring network for noble metals, overcoming short-range limits of metal-support interactions. A 40 wt% Pt cluster catalyst (~1.5 nm, low Pt-Pt coordination) ac…
Johannes Paha, Julián Wilches
This study uses a coordination model with network effects to examine why EU green hydrogen investment lags political ambition. Evidence of coordination problems appears in the mismatch between project announcements and final investment deci…
Emmanuel Sunday Kayode
This article compares two external partnership models shaping West Africa's energy transition: Germany's rules-intensive green hydrogen cooperation with Nigeria and China's commercially dense solar PV and EPC engagement. German engagement i…
Otero Meza DD, Vidal Barrero F, Cabello Eras JJ +2
First site-resolved national assessment of green hydrogen from landfill gas across 248 Colombian disposal sites, using IPCC/US EPA first-order decay modeling and Monte Carlo propagation. Reforming could yield up to 76 kt-H2/yr and electroly…
Hanbazazah A
A two-stage stochastic MILP optimizes Saudi green ammonia export to Rotterdam, Japan and Korea under demand, price and Suez-route uncertainty. The risk-neutral solution builds only NEOM (1.80 Mt/yr, $160M expected profit), while an expected…
Hatton, Luke, Oluleye, Gbemi, Staffell, Iain +3
Using a global geospatial model, this study quantifies the opportunity loss (tCO2/MWh) of diverting renewable electricity to green hydrogen rather than higher-value uses like direct RE, industrial electrification, EVs, or heat pumps. Mitiga…
Brunik, Kaitlin, Grant, Elenya, Thomas, Jared J +19
H2Integrate is an open-source Python package for modeling and designing hybrid energy systems that produce electricity, hydrogen, ammonia, steel, and other products. It enables integrated optimization across multiple products and technologi…
Yachuan Wang, Yuan Tang, Linjie Gao +2
This work reports Ni single-atoms coordination-reconfigured on Ce0.5Zr0.5O2 for photothermal ammonia decomposition to COx-free hydrogen. It characterizes phase composition, coordination states, and element distribution, and evaluates cataly…
Moein Khazaei, Samira Ebrahimi, Hamed Samarghandi +2
This paper critically examines government policies on green hydrogen and assesses the entrepreneurial challenges facing firms in the renewable energy sector. It likely highlights gaps between policy design and business realities, offering a…
(著者不明)
A review of recent advances in catalysts for green hydrogen production. It likely surveys material innovations that drive efficiency and cost in electrolysis/water-splitting, remaining technical challenges, and future research directions. W…
Li Chin Law, Osman Gungen, Selim Gungen +2
This study proposes a stochastic techno-economic framework for hydrogen-based maritime decarbonisation that incorporates market and policy uncertainty. It evaluates fuel-switching investment decisions and cost competitiveness under scenario…
Yunfei Han, Xilong Yao, Xiaoyan Qi +1
A multi-scenario analysis quantifying how policy and technology shape China's hydrogen-electricity integration, examining both cost dynamics and decarbonization outcomes. It clarifies how policy design and technological progress interact to…
Samuel Colin, Christian Fredriksson, Fredrik Normann
A pilot-scale study examining how hydrogen–coal co-firing affects NOx formation during iron ore induration in a rotary kiln. Using spectroscopy and video analysis, it links co-firing ratios to flame and emission behavior. It offers rare emp…
Alanazi A.
A comprehensive review of microbial and geochemical reactions in underground hydrogen storage (UHS), spanning experimental, modeling, and field studies. It surveys mechanisms affecting storage efficiency and safety—hydrogen loss, pore clogg…
Thekkethil R.
This paper applies a first-order analytical hierarchy process (AHP) to select sites for green hydrogen hubs across Indian states. It weights criteria such as renewable resource availability, infrastructure, and proximity to demand to rank c…
Banerjee B.
An overview paper on the global green hydrogen economy, surveying production, distribution and policy trends and the role of hydrogen in decarbonization. No abstract is available, so methodology and empirical scope remain unclear.
Catcha-Picard A.E.
This paper estimates the hydrogen demand and cost-effectiveness of a hydrogen-based decarbonization strategy for airports. It contributes a quantitative assessment of feasibility and economics for hydrogen adoption in the hard-to-abate avia…
Van-Tien Giap
This work proposes a control-oriented design integrating PV, battery storage, and a Rankine cycle to stabilize SOEC-based hydrogen production under fluctuating renewable power. It targets the operational challenge of coupling variable renew…
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