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 121–140 of 1188 papers
Zhen Huang, Tao Xiong, Bowen Zhang +4
This paper proposes a coordinated scheduling framework for port integrated energy stations considering multi-path green hydrogen utilization under renewable uncertainty. It develops a coupled electricity-hydrogen-heat-gas-carbon model and a…
Nour El Imene Brahmi, K. Kerboua
This paper evaluates the transition from grey to green hydrogen in the Haber-Bosch process using a case study of the Fertial ammonia plant. Through process simulation and system-level mass, energy, and emission accounting, it shows an elect…
Darko Pavlović, D. Pudić, Melita Srpak
This study proposes the Integrated Green Hydrogen Market Development Index (IGHMDI), a composite indicator framework for evaluating hydrogen market maturity across regulatory, technological, infrastructural, financial, demand, and internati…
Somesh Akolkar, Dhanashree Bhoite
This paper analyzes India's green hydrogen policy and governance pathways for energy transition. It identifies gaps between ambition and enforcement, recommending legal reforms for market creation, offtake security, and institutional suppor…
Qilin Wu, Weixin Li, Cheng Gong +3
This study proposes a three-dimensional interpenetrating network of Co-Fe-Mo sulfides anchored on N-enriched porous carbon/graphene oxide nanosheets for enhanced oxygen evolution reaction (OER). The catalyst design aims to improve efficienc…
N Li, Jie Yang, B Zhang +4
This study develops a FeCoNiS/SNC/NF catalyst with an integrated sulfide/carbon architecture, demonstrating high electrocatalytic performance and durability for hydrogen generation from alkaline and seawater, offering a promising approach f…
Wenwen Liu, R Y Zhang, Haokun Li +1
This review classifies low-carbon ironmaking technologies for China's steel industry into short-/medium-term (low-carbon blast furnace) and medium-/long-term (non-blast furnace) routes, comparing them on CO2 mitigation, energy/hydrogen dema…
Rodrigo Barra Novoa
This paper examines the advances and challenges of green hydrogen in Chile through a case study of its national strategy. It highlights the potential of leveraging abundant renewable energy for hydrogen production, while addressing policy a…
Olelewe Chibueze J
This study evaluates polymer nanocomposite (PNC) coatings for hydrogen barrier performance, showing a 31.6% reduction in H2 permeability with PVDF-graphene (1.0 wt%) via meta-analysis of 12 studies. Molecular dynamics simulations (298-353 K…
Elbakly A.M.
This paper proposes an interleaved multi-port non-isolated DC/DC converter for green hydrogen production using PV and PEM electrolyzer. The converter features multiple input ports, enabling efficient and low-ripple power conversion, which i…
Árnason B.
This paper discusses the potential of a hydrogen economy in Iceland, leveraging its abundant renewable energy sources (geothermal and hydro). It examines technical aspects and economic feasibility, suggesting that hydrogen could contribute …
Yang B.
This study synthesizes NiS2/NiS/Mn2O3 composite nanofibers and demonstrates superior oxygen evolution reaction (OER) catalytic activity, potentially improving the efficiency of water electrolysis for hydrogen production.
E. Ukar
Dr. Estibalitz Ukar from UT Austin explores whether geologic hydrogen could revolutionize mining. Currently, most hydrogen is produced from fossil fuels with high emissions, but naturally occurring geologic hydrogen may offer a low-cost, lo…
Guoshan Yang, Jingbo Zhao, Chaoran Li +3
This paper conducts economic modeling and empirical research on renewable hydrogen production in Gansu under the green power direct connection mode. It analyzes cost structures, feasibility, and policy implications, contributing to understa…
Chengzhi Wu, Chengqing Yuan
This paper presents a bi-level optimization framework for sizing a PEM fuel cell and battery hybrid passenger ferry. It uses Information Gap Decision Theory (IGDT) to assess robustness under uncertainty, providing quantitative insights into…
Alessia Manfredi, Marzia Traverso, Davis Jose +1
This study conducts an ex-ante Social Life Cycle Performance Assessment of a hydrogen-based spinning reserve integrated with a geothermal power plant. It finds that the storage subsystem and operational stage account for over 70% of social …
Alexander Oburoh
This PhD research evaluates blue hydrogen's role in UK Net Zero using integrated LCA, VCA, and policy analysis. LCA of three UK production configurations shows lifecycle emissions of 14.85–13.35 gCO2e/MJ, with renewable electricity reducing…
Emezirinwune M, Babatunde O, Olanrewaju O
This study uses HOMER Pro to perform least-cost sizing and resource availability sensitivity analysis for a hybrid PV-wind-battery-hydrogen system under four climate-resource scenarios. Four system layouts are compared; the PV-wind-battery-…
(著者不明)
This paper analyzes internal and external drivers of hydrogen deployment in the energy transition, including corporate strategy, cost, policy, and market factors. It likely provides empirical evidence on how to accelerate hydrogen adoption.
Yuan N.
This study investigates the microstructural and mineralogical characteristics of peridotites from two U.S. complexes to assess their potential for natural hydrogen generation via serpentinization. Comparative analysis reveals differences in…
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