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 641–660 of 1619 papers
Minggu L.J.
This paper presents photoelectrochemical technology for solar fuel production, focusing on green hydrogen generation, carbon dioxide capture, and ammonia synthesis. It explores the potential of using renewable energy for chemical production…
Zhu B.
This paper analyzes policy portfolios shaping hydrogen production pathways and regional deployment in China. It examines how different policies (incentives, regulations) influence the development of hydrogen supply chains, including green a…
Daniel Baggen, Niklas Fritz, Tianlong B. Albert +1
This paper proposes a highly integrated DC-DC converter that eliminates output current ripple for green hydrogen production, aiming to improve efficiency and system reliability.
A. Yıldırım, M. Bilgili
This study evaluates green hydrogen production using offshore wind, solar PV, and hybrid systems at Karabiga, Türkiye. It provides 2025 and 2050 hydrogen output and levelized cost of hydrogen (LCOH) estimates, showing that CAPEX and discoun…
Prof. Vijay Karale, Soham S. Ambekar, Damouko Bonde +1
This review compares electrolyzer technologies (alkaline, PEM, solid oxide) for green hydrogen production, covering efficiency, cost, and scalability. It provides an overview of technology readiness levels and market trends to inform deploy…
Abdurrahman Yilmaz, Sydney Hughes, Chenzhao Li +2
This paper analyzes critical MEA design considerations for PEM water electrolysis (PEMWE) powered by renewable electricity. It identifies key factors such as cathode hydrogen pressure and its dependence on electrode architecture and diffusi…
Yu Zhang, Shanta Dutta, Zibo Xu +4
This review evaluates the valorization of carbon black from methane pyrolysis for applications in smart construction materials, batteries, biosensors, and catalytic pyrolysis. It links process conditions to carbon properties and end-use mar…
Ning Guo, Yingying Zhang
This paper reviews electricity-gas-hydrogen integrated energy systems for low-carbon energy transition. Hydrogen acts as a flexible energy carrier and long-duration storage, improving renewable energy utilization. It covers planning, operat…
Telmoudi, Achraf Jabeur, CHAARI, Abdelkader
This paper presents a techno-economic optimization model for sizing wind, solar PV, and alkaline electrolyzer capacity for green hydrogen production in Menzel Bourguiba, Tunisia. It uses a two-stage Differential Evolution–SLSQP procedure to…
Alreshidi M.A.
This paper discusses the prospects of decarbonizing transportation and aviation via green hydrogen innovation. It reviews technological developments such as hydrogen fuel cells and combustion turbines, and assesses challenges for deployment…
Boughalbi M.
This paper analyzes Morocco's green hydrogen export strategy by integrating ammonia-based logistics and geological storage. It assesses the techno-economic feasibility of international hydrogen trade under water constraints, providing insig…
Hassan A.
This paper compares various pathways for solar-driven green hydrogen production, analyzes technical challenges, and outlines future perspectives. It provides key insights for improving efficiency and reducing costs in hydrogen production.
Sebbagh T.
This paper reviews the role of green hydrogen in achieving a sustainable energy future, covering production, storage, and applications. It highlights the potential for decarbonizing hard-to-abate sectors.
Noor M.M.
This review systematically covers technical challenges (electrolysis efficiency, storage, cost) and ethical/social concerns (resource competition, just transition) of green hydrogen, outlining future research and policy directions. It provi…
Zhang J.
This paper discusses the potential of integrating green hydrogen into renewable energy systems. It highlights technical and economic challenges and the need for policy support, outlining a pathway toward a sustainable energy future.
Roque B.A.C.
This review comprehensively examines the potential of hydrogen to catalyze energy transition, industry decarbonization, and sustainable economic development. It covers hydrogen production, storage, transport technologies, policy frameworks,…
Kristina Radinović, P. Branco, Nevena Milutinović-Mehri +4
This review synthesizes the latest methods for physical, solid-state, and geological hydrogen storage, analyzing trade-offs among gravimetric/volumetric densities, efficiency, maturity, and scalability to guide technology selection for appl…
Jie Wang, Bing Hu, Lijun Xu +2
This review systematically covers electro-hydrogen systems, including electrolysis (PEM, ALK, AEM, SOEC) material advances, hydrogen storage (compressed, liquid, solid), and multi-energy system integration. It discusses applications in rene…
Peng Liu, Fuzhi Wang, Chunyan Chen
This scientometric analysis of 9,545 publications on green hydrogen technology (2010-2024) reveals explosive growth driven by policy, a core-periphery collaboration network with China leading in volume but European and Middle Eastern countr…
S. O. Oyakhilome, D. J. Koffa
This paper proposes and validates hierarchical Model Predictive Control (MPC) with adaptive elements for Power-to-X systems coupled with variable renewables. Experiments on a 50kW PEM electrolyzer and simulations show 18.3% higher hydrogen …
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