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 101–120 of 1918 papers
Granovskii M.
A study examining the economics of reducing greenhouse gas emissions through wind- and solar-based electricity and hydrogen production. It addresses the cost dimensions and decarbonization role of renewable-derived hydrogen. Methodology and…
Shima; id_orcid 0000-0002-5364-629X Rezaie
Hydrogen is a promising green energy carrier, but safe, cost-effective storage remains a barrier. This PhD work uses DFT to systematically evaluate pristine and chemically/structurally modified carbon-based nanostructures for hydrogen physi…
(著者不明)
A study examining the potential for green hydrogen deployment in Dhanbad, Jharkhand, a coal-dependent region in India. It frames opportunities, challenges, and just-transition pathways. Details are unavailable as no abstract was provided.
Marco Schamel, Leon Schumm, Nadji Agadi +1
This study models the cost-optimal design of Algeria's electricity and hydrogen transport infrastructure in 2050 using the open-source PyPSA-Earth sector-coupled framework. It analyzes repurposing existing natural gas pipelines for hydrogen…
Bruna Rijo, José Ramón Copa Rey, P. Brito
Techno-economic assessment of biomass gasification producing hydrogen-rich syngas for grid injection. Capturing and selling CO2 at €1.20/kg turns NPV positive, raises IRR to 10.03%, and shortens payback to 18.55 years. CO2 valorization is k…
Swe ST, Lin OZ, Singh JG
This study compares PV-only, wind-only, and hybrid PV–wind green hydrogen systems at five Myanmar sites using hourly ERA5 data (2015–2025) and a 10 MW PEM electrolyser model across 48 capacity designs and cost scenarios. Wind capacity facto…
Bashir D, Nabil M, Baseily R +2
The study produces ultra-pure hydrogen (99.99%) and nanoporous silicon powder by alkaline etching of commercial Si-powder in KOH with n-propanol as wetting agent. H2 is generated at room temperature without external energy input at a stable…
Winkler, Franz
A keynote from HyCentA (Austria) arguing that climate-neutral industry requires technological innovation and close industry-science-policy cooperation. It frames the global hydrogen economy against energy costs, competitiveness and infrastr…
li rui juan
A tartrate-intercalated NiFe LDH nanosheet array was grown in situ on nickel foam via one-step hydrothermal synthesis to improve OER stability in alkaline seawater. The widened interlayer spacing enhances electrolyte penetration and active-…
Tiktas A.
A multidimensional review of Africa's green hydrogen trajectory across technology, economics, infrastructure, and social justice. It weighs the continent's resource potential and export opportunities against infrastructure, financing, and e…
Pham T.D.
A study analyzing the reliability limits of hydrogen storage systems under variable production conditions using a dimensionless regime-map approach. It aims to characterize design and operational boundaries for hydrogen storage coupled with…
Marisa Martins, Miguel Oliveira, A. Borges
A cradle-to-gate LCA of nine electricity pathways under Portuguese conditions (seven renewable, two fossil). Coal and natural gas emit ~1.28 and 0.79 kg CO2eq/kWh, while direct biomass combustion is near carbon-neutral (~0.004) and electrol…
Denny Hendrik Nainggolan
A PRISMA-based qualitative review synthesizing 2015–2025 studies on solar-powered green hydrogen. It finds that high-efficiency PV, advanced electrocatalysts, and system integration raise solar-to-hydrogen efficiency, while falling PV/elect…
Ahmet Yetik, Cevat Özarpa
A comprehensive review of Türkiye's hydrogen potential, infrastructure integration, and storage options. It compares compressed, liquid, solid-state, and underground storage, finding geology suitable for underground storage but flagging inf…
A.A. Abbood, J. Li
Kinetics of the reverse Boudouard reaction between biomass-derived charcoal and CO2 were measured in a fixed-bed reactor and implemented in Aspen Plus to model a multi-stage gasifier. Integrating this with a modified chemical looping hydrog…
Mathew Dennis Wilkes, J. Gower, Solomon Brown
Techno-economic assessment of BECCS-integrated hydrogen production using Aspen Plus models across 1–100 kg/s biomass scales. Economies of scale cut LCOH from 169 to 141 £/MWh, with the gasifier dominating 57–77% of equipment capex. CDR cred…
Fraunhofer Institute for Environmental, Safety and Energy Technology UMSICHT
This deliverable translates NET-Fuels pilot results into two industrial-scale reference concepts, providing engineering and economic assessments. It evaluates two brownfield integration cases—a refinery/wood residue case and a biogas/digest…
Kamran Khammadov, Damian Flynn, Eoin Syron
This study analyses how integrating hydrogen demand profiles for electricity and ammonia affects hydrogen technology deployment in energy-system decarbonisation modelling. It highlights that coherent demand-side assumptions shape technology…
Vijay Kumar Khanna
This paper proposes an integrated engineering methodology combining green hydrogen production, point-source carbon capture, and synthetic fuel synthesis. It offers an assessment framework aimed at industrial decarbonisation, treating these …
Jayant Kumar, Rupesh Baroniya, Tikendra Nath Verma +1
A comprehensive review of renewable-powered green hydrogen production, covering electrolysis technologies, techno-economics, life cycle assessment, and digitalization pathways. It synthesizes cost structures, environmental impacts, and the …
Browse by Topic