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 1–20 of 1307 papers
Yehia Nassar, Shaimaa Tarek Soultan
This paper shows that in countries with low renewable grid penetration, producing green hydrogen from off-grid renewables can cause more indirect emissions than directing the same renewables to the grid while producing grey hydrogen. It arg…
Enoch Temiloluwa Olonade, M. Oladosu, M. Abah +3
This review synthesizes 2020–2025 literature on green hydrogen production and storage, AI-enabled smart grid management, and magnetic/inertial confinement fusion. It proposes integrating fusion-assisted heat and power with renewable-hydroge…
Minul Khan Rahat, Md. Asif Khan, Rajin Al Fatemi +3
This paper proposes a forecasting-driven energy management framework for coordinated battery and electrolyzer operation in islanded DC microgrids producing green hydrogen. Comparing Random Forest, LSTM, GRU, and Transformer Encoder models o…
Tahani S. Alotaibi
Proposes a renewable-powered green hydrogen-to-ammonia cogeneration system using the Haber–Bosch loop with LNG cold-energy recovery. Applies ANN-assisted multi-objective grey wolf optimization (MOGWO) for techno-economic optimization. Aims …
Liliya E. USACHEVA, Svetlana Valerievna Ratner, Valerii V. IOSIFOV
A comparative institutional analysis of low-carbon hydrogen market regulation across Russia, the EAEU, BRICS, and the SCO. Russia has a well-developed strategic framework but lags China, India, Brazil, and the UAE in implementation, certifi…
Rizwan SM, Walke S, Al Rashdi SSA
This paper extends a ten-state semi-Markov reliability model of a PEM electrolyser to twenty states, adding derated partial-output states for four degradation mechanisms, a spares-waiting (logistics delay) state, preventive maintenance, and…
Weber, Andreas, Horst, Juri
This document presents the basic input data for IZES's hydrogen trade model. It covers renewable and nuclear capacity/output scenarios for 101 countries, country-specific electrolyser-optimised renewable regions, demand trends, trade routes…
David Tomić, Kristina Radinović, Guilherme R. R. Amaral +4
This study compares renewable hydrogen production pathways, including water electrolysis powered by solar, wind, hydro, and geothermal electricity, plus thermochemical and biological biomass routes. Solar- and wind-based electrolysis curren…
Hong-Jun Fan, Peggy Shu-Ling Chen, Andrew Harris +2
This paper presents a conceptual design of hydrogen power systems for a 73 m offshore wind Service Operation Vessel (SOV), replacing fossil fuel systems with a hybrid of PEM fuel cells and lithium-ion batteries. Twenty-six 200 kW PEMFC unit…
Edoardo Rossi, Giorgio Vilardi
A one-dimensional model of a DRI shaft furnace compares syngas, hydrogen, and ammonia as reducing gases for low-carbon steelmaking. It quantifies in-furnace reduction behavior and thermal performance, informing the feasibility of hydrogen-b…
Kaniyamparambil, Sreejoe, Schmidt, Marvin, Kunert, Felix +5
Reversible solid oxide cells (rSOCs) switch between power generation and electrolysis, offering a pathway to integrate fluctuating renewables. This work presents a dynamic 1D rSOC stack model in Modelica coupling electrochemistry, gas trans…
Mai, Andreas, Blennow, Peter, Heiredal-Clausen, Thomas +9
Topsoe reports progress on solid oxide electrolysis (SOE) for Power-to-X plants, commissioning a 500 MW/year SOE manufacturing facility. Stack modules form 12-stack Cores (700 kW input, 230 Nm³ H2/h), with 8 Cores per Section as building bl…
Leah, Robert, Bone, Adam, Choolaei, Mehdi +6
Ceres reports on commercialization of its metal-supported solid oxide cell (SOC) Endura™ technology. Surging demand for distributed high-efficiency power—driven by electrification and data centers—has led to volume production via license pa…
Wuillemin, Zacharie, Waeber, Florian, Diethelm, Stefan +7
SolydEra presents the rEMX-NG HotModule, a reversible multi-fuel solid oxide module for industrial applications. Built around five G8X stacks, it delivers up to 10 kW in fuel cell mode and 30 kW in steam electrolysis mode, with multi-mode o…
Seo, Youngkyun, Park, Eunyoung, Choi, Yeonji +1
This study presents a conceptual design for an offshore facility producing liquefied hydrogen using offshore wind power. It analyzes facility requirements, defines candidate systems, and selects an optimal concept via comparative analysis o…
Ureña, Violeta, Ruiz, Kandela, Betancur, Yuli +3
This study transfers a lab-scale SOEC fabrication route (Ni-YSZ/YSZ/GDC/LSCF) to pre-industrial manufacturing. Roll-to-roll tape casting and optimized co-sintering produced defect-free tapes up to 14 m with preserved microstructure and elec…
Campanari, Stefano, Fantini, Martina, Crespi, Elena +10
The SYRIUS project integrates a 4.2 MW solid oxide electrolyser (SOEC) into a steel plant to cut fossil fuel use and CO2 emissions. Operating near 700°C with steam recovered from steel processes, it achieves high efficiency (<39 kWh/kgH2). …
Al-Sagheer, Yousif, Steinberger-Wilckens, Robert
The EU Net-Zero Industry Act targets hydrogen permitting within 18 months, yet fragmented Member State frameworks and local expertise gaps slow project delivery. The PermittHy project delivers harmonised multilingual training, digital tools…
Fontell, Erkko, Hakala, Tuomas, Åström, Kim
Convion presents its path to industrial-scale deployment of solid oxide cell (SOC) technology for hydrogen and power. Building on over a decade of SOFC/SOEC operation, it is developing a standardized, modular multi-megawatt platform targeti…
Ahmadullah Hridoy, Mohammad Tawfiqur Rahman, Rafid Bin Siddique +2
A review of recent advances in photocatalytic green hydrogen production using rare-earth-metal-based photocatalysts. It surveys material design and efficiency gains for solar-driven water splitting, offering foundational insight relevant to…
Browse by Topic