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 941–960 of 1286 papers
Hamoud M.
This study proposes a hybrid AHP-evidential reasoning framework for multi-criteria assessment of wind-based green hydrogen production scenarios on the northern coast of Mauritania, aiming to support decision-making for decarbonization throu…
Arbye S.
This paper conducts a bibliometric analysis of green hydrogen production research using the Scopus database, revealing trends in publication years, countries, institutions, and keywords to suggest future research directions.
Jinglei L.
This paper proposes an optimal source-load-storage scheduling model for regional integrated energy systems, considering a joint green power-green hydrogen certificate trading mechanism. It aims to improve economic and environmental performa…
Cordioli E.
This study maps the perspectives of local stakeholders in the Alps regarding green hydrogen and identifies opportunities for decarbonization. It highlights the challenges and potentials specific to mountainous regions, providing insights fo…
Kahaduwa A.
This paper explores circular economy pathways by valorizing co-produced oxygen from green hydrogen systems in wastewater treatment. Using oxygen from electrolysis reduces waste and improves system efficiency, linking hydrogen production wit…
Shouman M.
This study evaluates the feasibility of integrating hydrogen fuel cells in livestock ships to reduce GHG emissions. It analyzes technical and economic challenges and explores the potential for decarbonization in maritime transport.
Hadits Shofar Fauzi, Gea Fardias Mu'min, Vani Virdyawan +1
This numerical study investigates hydrogen-natural gas co-firing in an F4-class gas turbine combustor. Hydrogen mass fractions up to 20% reduce CO2 emissions by up to 36% but increase NOx by 41%. Fuel costs rise up to 1.65 times, mitigated …
Roberto Ivo da Rocha Lima Filho, Thereza Aquino, L. Marujo +3
This study analyzes green hydrogen project financing structures across Australia, Germany, and Brazil using Principal Component Analysis (PCA). It finds that project characteristics are strongly associated with capital intensity and financi…
Mohamed Salem, Dinmukhambet Baimbetov, Yevgeniy Muralev +3
This paper reviews green hydrogen production, marketing strategies, and future prospects. It highlights hydrogen's role in integrating renewable energy and outlines key policy and industrial challenges.
Rui Gonçalves, Niels Gorm Malý Rytter, Yohanes Nugroho +1
This paper analyzes the imbalance between electrolyser manufacturing capacity and demand in Europe. It finds oversupply of 2.5 GW in 2025, but demand growth leads to undersupply after 2027, reaching a maximum gap of 17 GW by 2033. Long-term…
Chavez-Angel E.
This study explores the potential for green hydrogen production and application in the Antofagasta region of Chile, highlighting opportunities for decarbonization using renewable energy. It assesses the feasibility of leveraging local solar…
Hamidova L.
This paper examines opportunities for hydrogen production in Azerbaijan and steps towards transitioning to a hydrogen economy, highlighting hydrogen's role in decarbonization and energy transition.
Abdoos M.
This paper conducts a SWOT analysis of green hydrogen development in Iran, focusing on renewable energy resources. It identifies challenges and opportunities for leveraging Iran's abundant solar and wind resources for hydrogen production.
Opolot M.
This paper examines the opportunities and challenges of utilizing latent thermal energy in the hydrogen economy. It explores how heat generated at various stages (production, storage, transport, use) can improve overall energy efficiency, w…
Pratama D.R.C.
This paper presents a conceptual system dynamics model for green hydrogen development in Indonesia's energy transition. The model captures interactions between technology, policy, and market factors to analyze hydrogen deployment pathways. …
Hauglustaine D.
This paper assesses the net climate benefit of a future hydrogen economy, considering production pathways and leakage effects. It highlights the need for policy support for green hydrogen to maximize decarbonization.
Woods P.
The hydrogen economy requires vast amounts of water, especially for electrolysis. This paper highlights water resource constraints as a critical challenge for scaling green hydrogen, noting that water scarcity could become a severe issue in…
Lebrouhi B.E.
This paper identifies and analyzes key challenges for Morocco's sustainable transition to a green hydrogen economy, examining technical, economic, and policy barriers, and emphasizing the role of renewable resources and international cooper…
Goel M.
This paper provides a comprehensive analysis of India's hydrogen economy, focusing on production pathways, relevant policies, and future perspectives, with a particular emphasis on green hydrogen potential and current policy support.
Kim Y.
This paper analyzes greenhouse gas emissions from electrolytic hydrogen production, contributing to the development of clean hydrogen certification standards. It examines emission factor calculation methods and certification framework chall…
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