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 321–340 of 1591 papers
Wang Z, Jia C, Ren R +8
This paper introduces a phosphate material (Sr3(PO4)2) that significantly improves proton transport in oxygen electrodes of protonic ceramic electrolysis cells (PCEC), increasing electrolysis current density by up to 148% at 600°C. Calculat…
Zein, Sharif H.
This dataset accompanies a manuscript on nanomaterials for the hydrogen economy, providing technology readiness level (TRL) assignments for 22 nanomaterial classes, along with comparative performance data for hydrogen production catalysts a…
Bellotti D.
This paper presents a techno-economic comparative analysis of clean fuel synthesis processes using green hydrogen. It evaluates costs, efficiency, and market viability of various routes, assessing their potential contribution to decarboniza…
Jo- Chen Lin M.
This paper examines the development of fuel cell technology and the green hydrogen economy in Taiwan. It outlines the role of hydrogen in Taiwan's energy transition policy and discusses its potential contribution to decarbonization. Specifi…
Cloete B.
This paper analyzes the synergies between green hydrogen and renewable energy in South Africa, highlighting their potential for decarbonization and economic development. It evaluates the role of renewable-based hydrogen production in the en…
Gatto A.
This paper compares subsidization policies for green hydrogen uptake in the US and EU, analyzing policy design and effectiveness. It offers insights for policymakers and industry to accelerate the hydrogen economy transition.
Zhiping S.
This paper analyzes the relationship between hydrogen energy and sustainable finance in China, revealing a financial paradigm shift. It focuses on the role of financing in the transition to renewable energy.
Guoqing Liu, Wei Xia, Guozheng Wang +5
This study experimentally investigates the dynamic performance of a 50 kW-class PEM water electrolysis system. It measures responses of voltage, temperature, gas composition, and power consumption under load changes, pressure variation, and…
Xingyu Zhang, Rameshwari Verma, Hou Bofang +3
This review systematically organizes recent advances in MXene-based electrocatalysts for the hydrogen evolution reaction (HER), explaining innovations in catalyst design and strategies for performance enhancement. It provides materials scie…
Cheng J.
This paper projects the cost of green hydrogen production in China across different electrolyser technologies, analyzing how technology choice and policy support affect cost reduction. It evaluates the economics of renewable-based hydrogen …
Kim Y.
This paper provides a comprehensive life cycle and techno-economic assessment of hydrogen production pathways from ammonia synthesis to cracking. It compares GHG emissions and costs to identify optimal routes for low-carbon hydrogen supply,…
Sadik-Zada E.R.
This paper analyzes green hydrogen adoption in Africa from the dual perspectives of African development and European energy security. It examines whether green hydrogen presents an economic opportunity for Africa or risks creating dependenc…
Mohamed Shamseldein
Gigawatt-scale hydrogen hubs introduce a new converter-dominated load class to power systems. This paper assesses harmonic injection, voltage stability in weak grids, and frequency response using open-source tools. It finds standard load mo…
Khotimatul Fauziah, Asih Kurniasari, Yuli Astriani +8
This paper assesses the technical and economic feasibility of replacing diesel with hydrogen in remote areas, presenting a decarbonization scenario. It analyzes hydrogen supply chains and costs to identify implementation barriers and opport…
Perez R.J.
This paper assesses the potential for green hydrogen fuelling of very heavy vehicles in New Zealand, analyzing production costs, supply infrastructure, and technical-economic challenges, and discusses its contribution to decarbonization.
Suhatril M.
This paper provides a comparative analysis of commercial hydrogen generation technologies, evaluating their characteristics and economic viability. As hydrogen is key to decarbonization, it offers insights for GX advancement.
Yang J.
This paper proposes and analyzes renewable energy-hydrogen business models supported by green hydrogen credits to achieve carbon neutrality. It examines the impact of subsidies and credit schemes on the economic viability of hydrogen projec…
W. Isahak, L. M. Shaker
This review comprehensively analyzes green hydrogen production pathways (solar, wind, hydro, biomass), electrolysis technologies (AWE, PEM, SOEC), and system integration (storage, power-to-hydrogen, grid balancing). It identifies technical …
YOLADI, Mehmet
This digital twin implementation sizes and dispatches a solar-assisted, grid-connected green hydrogen refueling hub using hourly demand and carbon-aware linear programming. It integrates real-world data from İzmir and the Turkish grid, prov…
Li M.
This paper conducts a lifecycle assessment and optimization of an integrated blue-green hydrogen production and liquefaction process with reforming-electrolysis coupling. It analyzes trade-offs between CO2 emission reduction and cost, provi…
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