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 1701–1720 of 31789 papers
Tkachuk R.V.
A study examining how consensus mechanisms affect performance and scalability in a privacy-enabled decentralized renewable energy marketplace. It addresses technical barriers to practical peer-to-peer electricity trading. Detailed findings …
Raguzin I.
This paper examines Croatia's renewable energy policies and measures and assesses progress toward its 2020 renewable energy targets. As an EU member state case, it likely evaluates the gap between policy frameworks and actual outcomes. With…
Purswani P.
This paper appears to present an integrated framework assessing geological suitability, economics, and risk for underground hydrogen storage (UHS). It likely examines the feasibility of large-scale storage infrastructure for the hydrogen su…
Tang Z.
This paper proposes a reserve provision model for energy storage participating in day-ahead joint energy and reserve markets, formulated as a stochastic unit commitment (UC) problem. It evaluates the reserve value of storage under renewable…
Camargo J.T.
This work addresses how to manage reservoir dynamics when repurposing depleted natural gas fields for underground hydrogen storage. Reusing existing gas reservoirs offers a scalable, cost-effective route to large-scale hydrogen storage. It …
Buscheck T.A.
This study examines underground storage of hydrogen and hydrogen/methane mixtures in porous reservoirs, assessing how geological reservoir factors and engineering design choices affect deliverability and storage operations. It informs the d…
Ma Y.
A materials-chemistry study showing that rationally tuning the torsion angle of covalent organic frameworks (COFs) enhances photocatalytic CO2 reduction to ethane. It offers catalyst-design guidance for converting CO2 into C2 products, thou…
Park B.
This work proposes probabilistic zonal reserve requirements to manage wind power uncertainty, aiming to improve energy management and deliverability in power systems. It targets grid stability and operational optimization as renewables scal…
Beltrami F.
This paper estimates zonal and seasonal CO2 marginal emissions factors for the Italian power market. Marginal factors capture how an incremental change in electricity demand shifts actual generation and emissions, offering more accurate acc…
Lu S.
A systematic review of the geochemical processes underpinning CCUS, covering mechanisms, processes, and implications. It synthesizes CO2-rock-brine interactions such as mineral trapping, dissolution, and precipitation, informing long-term s…
Stacey J.
This study evaluates dolomitized Devonian strata in the Western Canada Sedimentary Basin as potential reservoirs for carbon capture, utilization, and storage (CCUS). It assesses geological storage capacity—porosity, permeability, and inject…
Meckel T.A.
This work examines carbon capture, utilization, and storage (CCUS) hub development along the US Gulf Coast. Only the title is available, but CCUS hubs center on shared CO2 pipeline networks, storage sites, and policy incentives such as 45Q,…
Khanyile N.
A review of recent developments and future innovative opportunities for carbon sequestration (CCS/CCUS) in South Africa. It likely surveys the role carbon capture can play in decarbonizing a coal-heavy economy, along with technical and poli…
Mullen D.
This work examines thermodynamic integration in combined fuel-and-power plants that co-produce low-carbon hydrogen and electricity with CCUS. Without an abstract, details are unclear, but the focus appears to be system design and efficiency…
Wang L.
This paper addresses unit commitment for combined-cycle gas turbines equipped with carbon capture plants, using adaptive robust optimization. By explicitly modeling the operating modes of the capture facility, it balances operational flexib…
Prabhudharwadkar D.
This paper examines the role of carbon capture and storage (CCS) in enabling a blue hydrogen economy. It discusses how pairing CCS with natural gas reforming can decarbonize hydrogen supply, and the technical and policy conditions involved.…
Karoff C.
A review of remote sensing methods for quantifying GHG emissions from CCUS facilities. It surveys satellite, airborne, and ground-based monitoring techniques and their application to leakage detection and MRV. The work informs the monitorin…
Ruttinger A.W.
This paper examines how to design an innovation system that makes electro- and bio-catalytic carbon upgrade (converting CO2 into higher-value products) profitable. It focuses on the institutional, policy, and industrial coordination needed …
Henze N.
This work addresses power converter technology underpinning the green hydrogen economy, framed around hydrogen flagship projects. It concerns the power electronics needed to link renewables with electrolysis. No abstract is available, so sp…
Sáenz Cavazos P.A.
A materials-science study fluorinating the MOF MIL-101 and evaluating CO2 uptake and diffusion under industrially relevant conditions. It offers foundational insight for improving sorbent performance in carbon capture, utilisation and stora…
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