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 1301–1320 of 30942 papers
Giraldo-Vélez C.E.
A study on the experiences and trends of green power markets across selected Latin American countries. It appears to review market design and policies supporting renewable deployment. Without an abstract, details are limited, but it offers …
Underwood M.
This work reframes decision making in green infrastructure provision, shifting emphasis from prioritisation to deliverability. It examines not only which projects to select but whether they can actually be financed, governed and executed. W…
Korraa K.T.
This study compares conventional fuels with green hydrogen-based e-fuels for ships transiting the Suez Canal, quantifying consumption volumes and emissions. It contributes a route-specific, quantitative view of shipping decarbonization and …
Kim H.C.
This study models CO2 capture using polyethylenimine-impregnated protonated titanate nanotubes via computational fluid dynamics (CFD). It computationally evaluates adsorbent performance and reactor flow/mass transfer, offering insights for …
Ali W.
This work applies neutrosophic goal programming and the NSGA-II evolutionary algorithm to jointly optimise green hydrogen-powered EV charging networks. It addresses trade-offs among conflicting objectives such as cost, environmental perform…
Kim J.
This study designs and robustly optimizes an integrated green hydrogen production system combining biogas reforming with PEM electrolysis via an oxygen storage process. It aims to improve efficiency and stability of renewable-based hydrogen…
Das C.
This review traces the development of 3d transition metal catalysts for photocatalytic CO2 conversion, from fundamental concepts to device-level application. It surveys design strategies for earth-abundant, low-cost alternatives to noble me…
Wójcicki A.
This paper examines CO2 storage options within CCUS value-chain scenarios for northern Poland. It assesses regional storage sites and their linkage to industrial clusters, outlining conditions for CCUS deployment. Without an abstract, detai…
Zhang H.
This study analyzes how carbon taxes and emissions trading prices affect power plants equipped with carbon capture and storage (CCS), framed within incentive regulation theory. It examines how carbon pricing shapes the economics of CCS inve…
Thimmappa R.
Proposes an atmospheric-pressure water electrolyzer enabling decentralized green hydrogen production. By avoiding high-pressure equipment, it opens a path to small-scale, on-site hydrogen supply paired with renewables. Performance and cost …
Hochedlinger S.
This work addresses uncertainty-aware predictive energy management for green hydrogen production. It targets operational optimization of renewable-powered hydrogen systems under variable power supply and demand uncertainty. Without an abstr…
Aydin M.I.
This item concerns hydrogen hubs, but no abstract was provided, so its contribution and findings cannot be summarized. Hydrogen hubs are clustered decarbonization infrastructure linking production, transport, storage, and end use, closely t…
Pohto S.
This study examines the upscaling of the renewable hydrogen economy through the lens of complex adaptive systems (CAS). It likely frames hydrogen supply chains and market formation as multi-actor, non-linear evolutionary processes, offering…
Vishnu P.
A perspective on producing hydrogen via electrolysis of low-grade water (seawater, wastewater, brackish water), framing it as a dual contribution to SDG 6 (water) and SDG 7 (energy). It surveys opportunities and technical/economic challenge…
Omejeh E.T.
A review assessing Nigeria's technological and policy framework for hydrogen utilization. It maps technical requirements and institutional barriers, highlighting policy design gaps. Offers a developing-economy case for comparative hydrogen …
Abbas G.
A materials study using a ZnSnTe3@biochar heterostructure to enhance water splitting for green hydrogen production. It targets efficiency gains in electrolytic H2. No abstract is available, so performance metrics and scalability remain uncl…
Kemper D.F.J.
This study optimizes a portfolio of power purchase agreements (PPAs) to supply RFNBO-certified hydrogen production, using the Netherlands as a case study. It weighs procurement cost, supply reliability, and certification requirements for re…
Pirateque Henao L.
A combustion fundamentals study on the stability limits of CO2-diluted turbulent oxyflames relevant to CCUS. Oxy-combustion is central to carbon capture, and understanding flame stability informs combustor design and operating conditions. N…
Shen G.
A prospective review comparing carbon footprint and techno-economic performance across microbial carbon capture and utilization (CCU) pathways. It assesses GHG reduction potential alongside costs and profitability, highlighting implementati…
Prokopchuk L.
This paper examines innovative financial instruments designed to stimulate renewable energy development in Ukraine. It explores green bonds, guarantees, and blended-finance schemes amid war damage and reconstruction funding needs. The focus…
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