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 161–180 of 754 papers
Shan Jiang, Wei Hu, Shizheng Zhou +10
This study develops an integrated Ni/MoO2 electrode with atomic heterointerfaces and hierarchical porosity for efficient alkaline water electrolysis. The electrode achieves a low overpotential of 145 mV at 1 A cm-2 (vs. 300 mV for Pt/C) and…
H. Hawez, Shaee Radha Omar, L. Alwan
This review compares four geological formations for underground hydrogen storage: salt caverns, lined rock caverns, depleted hydrocarbon reservoirs, and saline aquifers. It evaluates storage mechanisms, efficiency, safety, and economic feas…
Nwaonah Obinna Michael
This study develops a techno-economic optimization framework for offshore hydrogen production using bio-nano catalysts. It achieves electrolysis efficiency exceeding 70% and hydrogen costs of $2.5–$4.5/kg, with modular scalability. Environm…
Mohamed Elnaggar, Wael A. Salah, H. El-khozondar +8
This study assesses the feasibility of coupling PV generation with PEM electrolysis for green hydrogen production in Gaza. Systems of 10, 50, and 100 kW can produce up to 2631 kg of hydrogen annually and mitigate over 31 tonnes of CO2 per y…
S. Seyedshenava, Peyman Zare, Amir Mohammadian
This paper proposes a transaction scheduling method using tokenized market learning for hydrogen-carbon chemistry consortium-based green energy communities, considering stakeholder welfare and sustainable transportation.
Mustapha Belfahli, A. Aittaleb, M. Sallaou
This paper proposes a modularization approach for green hydrogen plants using Design Structure Matrix (DSM). It reduces structural complexity by 33.8% and improves clustering efficiency to 66.9% for a medium-power green hydrogen station, pr…
Jeeva Chacko
This paper reviews PEM water electrolysis, develops an electrochemical model to quantify efficiency vs. production rate, and estimates levelized cost of hydrogen. It finds that hydrogen cost-competitiveness (~$2/kg) requires low-cost electr…
Dongliang Xiao, Anqi Wang, Lingchi Meng +3
This paper proposes an optimal design of renewable energy systems for green ammonia production using a coupled energy-chemical model, analyzing cost efficiency and operational feasibility.
Poongavanam GaneshKumar, Vinothkumar Sivalingam, V.S. Vigneswaran +4
This study explores biowaste-derived materials for green hydrogen production, high-performance anodes, and photothermal energy conversion, contributing to net-zero technologies.
Yuan Li, Wei Zhou, Dongliang Chen +6
This paper proposes and evaluates the integration of green hydrogen into the coal-to-ammonia process, quantifying CO2 emission reduction and cost impacts through techno-economic analysis. It provides insights for ammonia co-firing strategie…
Christina V. Grammenou, A. Bouhouras
This paper proposes a framework for optimal siting and operation of hydrogen stations (HSs) in distribution networks with high renewable penetration. Using dual-objective MILP, it minimizes voltage deviations and total operating cost over a…
Yufan Li, Liting Zhang, Lifei Song
This study develops an optimization model for a renewable energy-based regional hydrogen supply chain, applied to Shanghai Lingang New Area. A dynamic MILP model reduces hydrogen storage by 8.3%, transportation fleet by 11.1%, and terminal …
Zining Zhou, Zhengkai Tu
This paper reviews the problems, progress, and prospects of power-to-ammonia technology, which uses renewable electricity to produce ammonia as a hydrogen carrier and fuel for decarbonization.
Yanhan Gan, Feng Li, Caizong Bao +5
This study conducts a life cycle assessment of coal gasification-based cogeneration systems that produce hydrogen while incorporating carbon capture. It evaluates environmental impacts and highlights trade-offs between hydrogen production a…
Penka Zlateva, Mariana Murzova, Angel Terziev +2
This study assesses hydrogen production from waste plastics as a low-carbon pathway through an integrated socio-technical framework combining thermochemical conversion assessment and market acceptance survey (n=162). Results show acceptance…
Oliver R. J. King, Eduardo Luckie-Herrera, Nathan Skillen
This perspective paper argues for a diverse portfolio of low-carbon and renewable hydrogen pathways beyond electrolysis, emphasizing the need for multiple production methods to support the hydrogen economy. It provides strategic insights fo…
Jonathan Brandt
This paper provides a model, input data, and results to mitigate business risks from renewable PPA power sourcing uncertainties for European green hydrogen production. It proposes robust system design, regulatory adjustments, and offtake fl…
Amirhossein Kordi, Kimia Mohebbi, Masoumeh Bararzadeh Ledari
This paper proposes a policy-driven energy system model integrating H2–NG blends, flexible storage, and sector coupling to analyze deep decarbonization pathways.
Christina Marie Mitcheltree, Kristine Bly, Thiago Lima Silva
This paper investigates how Situational Awareness (SA) mechanisms influence innovation readiness and organizational adaptability during early-stage hydrogen integration in energy-intensive industries (metal sector). Through a qualitative ca…
Murali Krishna Pasupuleti
This paper develops an integrated framework for studying, modeling, governing, and deploying green hydrogen systems as socio-technical infrastructure. It covers statistical modeling, machine learning, digital twins, and policy governance, e…
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