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 3701–3720 of 33989 papers
Vargas Guzmán E.L.
An integrated assessment of global CCUS projects, spanning capture, utilization, and storage. It synthesizes project deployment status and enabling conditions, offering a cross-cutting view of CCUS's role and limits in decarbonization pathw…
Symonds R.
This work presents a systematic approach to designing, modeling, and conducting techno-economic-environmental analysis of CO2 capture technologies within a National CCUS Assessment Framework (NCAF). It aims to standardize capture-technology…
Lothe A.E.
This paper proposes a framework for high-level technical screening of promising CCUS value chains at the regional level. It evaluates capture, transport, storage and utilization options against regional conditions to prioritize which chains…
Oliveira A.M.
This paper discusses building a green hydrogen economy as a pathway toward a renewable-energy-based society. It appears to examine hydrogen production, transport and end-use system design and hydrogen's role in decarbonization. No abstract …
Li Z.
An LCA study quantifying the co-benefits of CCUS in steel slag disposal. It evaluates simultaneous CO2 mineralization/sequestration and reduced environmental burdens from waste handling, linking steel decarbonization with circular resource …
Wen D.
This study examines a staged pathway for building a hydrogen economy in Japan using a data-driven case-study approach. It aims to quantify the conditions and constraints at each stage of hydrogen deployment and derive implications for polic…
Serikbolat K.M.
This work addresses carbon capture, utilization and storage (CCUS) applied to Kazakhstan's Tengiz oil field. It likely examines CO2 injection for enhanced oil recovery combined with storage, linking fossil-fuel production with emissions red…
Craig B.
This work presents guidelines for selecting corrosion-resistant alloys (CRA) for CCS and CCUS injection wells. It addresses material selection criteria for the corrosive CO2 injection environment, supporting long-term integrity and safety o…
Gemignani M.
This work addresses synthetic solar radiation time series for power purchase agreements (PPAs). It enables generation simulation where measured data is scarce, supporting risk assessment in renewable procurement contracts. No abstract is av…
Yu S.
This paper uses integrated assessment modeling (IAM) to examine the role of CCUS in China's climate mitigation strategy. It assesses how carbon capture, utilization and storage contributes to China's decarbonization pathways, its interplay …
Drustrup R.
This paper examines current considerations around system integration in CCUS (carbon capture, utilization, and storage) initiatives across North European countries. With no abstract available, the exact scope is unclear, but the title sugge…
Beiter P.
A paper addressing global comparability in renewable energy procurement. Without an abstract, the specific contribution is unclear, but it likely examines harmonization of corporate renewable procurement instruments (e.g., PPAs) and their d…
Uddin M.
This paper presents CCUS-agent, an agent-based modeling framework for analyzing multimodal CO2 transportation (pipelines, ships, trucks) for carbon capture, utilization, and storage. It simulates transport-network design, operational decisi…
Graber G.
A simulation study examining how optimizing the renewable energy mix can lower the cost of green hydrogen production. It suggests that power-mix design strongly shapes hydrogen economics, offering basic implications for hydrogen investment …
Aras C.M.
This paper addresses the design and planning of multi-period CCUS infrastructure under uncertainty. It offers a quantitative optimization framework for sequencing carbon capture, utilization, and storage investments. Though the abstract is …
Obara S.
This study evaluates the economics of an SOFC combined system integrated with green-hydrogen methanation of stored CO2. It examines the cost competitiveness of coupling captured CO2 recycling with hydrogen carriers in a decarbonized power-a…
Dhayal K.S.
A perspective piece positioning green finance as a catalyst for low-carbon transition and innovation. Without an abstract, methods and empirical findings are unverified, but it likely discusses mobilizing capital for climate action and sust…
Xu L.
An empirical study examining whether the development of green finance reduces regional carbon emissions in China. It analyzes how green credit, green bonds and related financial mechanisms affect local emission levels, offering implications…
Zhang W.
An overview of China's green finance policies, practical experiences, and remaining challenges. It surveys the policy design and institutional framework behind one of the world's largest green bond markets, offering comparative material for…
Wang R.
This paper proposes a dual-perspective framework that shifts China's green finance evaluation from scale expansion toward efficiency. It emphasizes not just volume but the effectiveness and allocation efficiency of green capital, offering i…
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