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 221–240 of 1689 papers
Brauner S.
This study compares German and African visions and expectations for green hydrogen within the H2Atlas-Africa project. It highlights perception gaps between producer and consumer regions and draws implications for international cooperation a…
Cezne E.
This introduction frames a special issue on green hydrogen in the Global South, examining its politics, spatial dynamics, and socio-economic transformations. It critically considers how hydrogen deployment reshapes power structures, land us…
Danielak S.
A study of green hydrogen development in Morocco and Namibia, examining how infrastructure visions meet on-the-ground friction. It highlights barriers and policy/social preconditions for hydrogen build-out in emerging economies, with lesson…
Zhang S.
This paper analyzes the typical business models of green hydrogen projects and outlines their development outlook. Without an abstract, details are limited, but it appears to classify project schemes and offer a practical framework for hydr…
Hosseini Dehshiri S.J.
This paper proposes an integrated strategic decision framework for advancing green hydrogen through the water–energy–food (WEF) nexus, using Iran as a case. It links water constraints, energy transition, and food security to support policy …
He Y.
This paper examines how government subsidies shape technology innovation and pricing within the green hydrogen supply chain. It offers insights into how subsidy design affects hydrogen cost reduction and innovation incentives, informing the…
Kebede M.H.
This paper conceptualizes the system integration of large-scale green hydrogen production, outlining challenges and opportunities. It examines technical and institutional barriers to embedding renewable-derived hydrogen into existing energy…
Falfushynska H.
An integrated assessment of green hydrogen readiness in water-constrained regions. It examines how water scarcity interacts with the water demand of electrolytic hydrogen production, aiming to identify regional readiness conditions and cons…
Palmer G.
This paper examines the 'greenness' of renewable hydrogen production in Australia. It appears to assess how genuinely low-carbon hydrogen derived from renewable electricity is. Without an abstract, details are limited, but the question of h…
Yi Gao, Haiming Wang, Dongwu Chang +1
This study integrates process simulation, techno-economic analysis, and LCA to show that the equivalence ratio (ER) governs energy penalty, carbon footprint, and economics in plasma reforming of refuse-derived fuel (RDF) to low-carbon hydro…
Jani Sillman, Patel Gulam Husain, Jouni Havukainen +5
Using Finland as a case study, this LCA quantifies emission savings across six green-hydrogen Power-to-X pathways (e-H2, e-methane, e-methanol, e-fuels, e-ammonia, green steel). Green steel yields the largest savings (~17.5 MtCO2-eq), follo…
Li, Zhouyan, Liu, Qiance, Guo, Yang
This study optimizes plant-level deployment of green hydrogen-based steelmaking (HDRI-EAF) in China from 2025 to 2050, considering solar, wind, and hybrid power options. It identifies cost-effective retrofit timing and power configurations …
Lu-Wei Zhou, Yue-Yue Wang, Ze-Zhi Chen +5
This study combines catalysis experiments and process simulation to assess how pre-decarbonization treatment affects the performance and economics of biogas-to-hydrogen conversion. It quantifies how optimizing pretreatment conditions influe…
Hincapié-Ossa D.
This study measures the global warming potential (GWP) of polygeneration within coal-based hydrogen production systems. It quantifies upstream and byproduct emissions often overlooked when hydrogen is labeled 'clean,' highlighting the impor…
Quinga M, Socasi D, Flores A +4
This study assesses the techno-economic feasibility of wind-based green hydrogen for urban mobility in Loja, Ecuador, using HOMER Pro. A hybrid system with a 23 MW PEM electrolyzer yields 550,181 kg H2/year at an LCOH of 6.25 USD/kg, enough…
Maiken Borud Omtveit, Lisa Marie Dannappel, Shi You +1
This paper identifies AEM electrolyser model parameters directly from measured operational data at DTU's Power-to-X lab, capturing polarisation and current dynamics. The validated model enables more accurate evaluation of system topologies …
于洪文
A plate-type photocatalytic water-splitting reactor is proposed, comprising a quartz-glass/acrylic top cover, a base plate with inlet/central opening/outlet, and a carrier assembly that fixes catalyst plates and adjusts reaction-zone depth.…
Gang Zhao, Yuxin Dai, Ning Zhao +4
This paper reviews design strategies and performance optimization of nickel-based bifunctional electrocatalysts for green hydrogen production via overall water splitting. Ni-based materials offer a low-cost, earth-abundant alternative to no…
Yuki Trisnoaji, Singgih Dwi Prasetyo, Zainal Arifin +1
This study examines the sustainability of on-grid hybrid PV–wind systems for green hydrogen production from unconventional resources, combining meta-analysis with deep learning. It aims to evaluate and optimize system performance and enviro…
Samarth Sharma, Narendra Singh, Pallavi Sharda Garg +2
This study empirically examines the determinants of viability for small-scale entrepreneurial green hydrogen ventures using PLS-SEM. It statistically tests which managerial, market, and policy factors drive the sustainability of these ventu…
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