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 341–360 of 2481 papers
Peta Ashworth, Bishal Bharadwaj, Richard Norman
A discrete choice experiment across seven countries (N=7,264) examines public preferences for CCS project attributes. Respondents consistently favored projects maximizing CO2 captured at lowest cost and were less likely to choose projects s…
Pacheco-Torgal F, Mofrad S, Srikhamma T +2
Reviews five classes of carbon-sequestering cementitious materials using 2023–2026 peer-reviewed literature, strictly separating avoidance, CCU, and CDR. An evidence matrix assesses readiness and durability, and scenario analysis estimates …
Elsayed AE, Nasr HE, Samaha SH
A novel hierarchical nano-acrylic copolymer was synthesized via seeded semi-batch emulsion polymerization, using tert-butyl amine (TBA) neutralization to suppress epoxide ring-opening while installing dense tertiary amine CO2 capture sites.…
Dipesh
This study examines how amine-based absorbents affect freshwater microalgae, exploring their relevance to sustainable carbon capture systems. It offers foundational insight into integrating biological carbon fixation with chemical absorptio…
Kim Junyeob, Lee Dayoon, Ho Joon Kim +9
This work addresses hybrid electrochemical-biological conversion of captured CO2 into bioproducts. It expands the utilization side of CCUS and could support circular-carbon manufacturing processes. Without an abstract, yields, costs, and sc…
Cherepovitsyn Aleksey, Shabalina Anastasia
This study develops a scenario-based portfolio selection method for a gas-condensate asset, integrating economic value, risk, gas-resource needs, and carbon effects. Using triangular distributions and Latin hypercube sampling with Pareto se…
Gultom N.S.
A review consolidating the role of graphene-based materials across CO₂ storage and conversion processes. It surveys adsorption, separation, and catalytic conversion functions, outlining material-design challenges and future directions for C…
Cui Y.
This paper offers suggestions for developing environmental monitoring technologies for CO2 geological storage and leakage detection, framed by China's "Double-Carbon" (peak carbon and carbon neutrality) strategy. It highlights the monitorin…
Wang T.
A study analyzing pressure response during CO2 leakage in industrial-scale CCUS pipelines. It shows that decompression waves generate multiple pressure plateaus with spatially differentiated behavior. The findings support pipeline safety, l…
Bartocci P.
This paper integrates multiphase CFD models with detailed chemical kinetics to analyze oxygen carrier behavior under pressurized conditions, relevant to pressurized chemical looping combustion (CLC) for CO2 capture. It offers a computationa…
He Z.
This review surveys the application and research progress of CO2 capture and utilization (CCU) technologies. It outlines the current state and challenges across capture-to-utilization pathways and indicates future directions. No abstract is…
Cao H.
A materials study on how a calcium-based whisker self-healing agent affects crack self-healing in oil well set cement used in CCUS wells. Without an abstract, details are limited, but it may inform long-term wellbore integrity and sealing p…
Mao Z.
A study on key technology development for a CCUS demonstration project targeting medium-deep reservoirs. Without an abstract, details are limited, but it appears to focus on practical CO2 capture, utilization and storage technologies. It of…
Tang W.
A comprehensive review of geophysical monitoring technologies and numerical simulation for CO2 geological storage (CCS). It synthesizes methods for reservoir behavior tracking, leakage detection, and long-term stability assessment, offering…
Zhang L.Y.
This study explores how 12-hydroxystearic acid combined with co-solvents raises supercritical CO2 viscosity to improve oil recovery in CCUS-EOR. Viscosity control is central to sweep efficiency and storage stability, and additive design off…
Lu T.
This work explores aerogel nanoparticles to enhance foam stability and mitigate asphaltene deposition for improved oil recovery in CCUS applications. By stabilizing CO2 foam and limiting formation damage, it aims to boost recovery efficienc…
Huang Z.
Proposes a reforming-gas injection oxygen blast furnace integrated with oxy-fuel combustion for carbon capture. Aims at efficient CO2 capture and steelmaking decarbonization. No abstract available, so quantitative capture rates and costs re…
da Silva M.L.P.
A thermodynamic study of barotropic phenomena and phase equilibria in Brazilian CO2-rich oil systems relevant to both EOR and CCUS. It offers fundamental phase-behavior insights for designing CO2 injection processes. Without an abstract, de…
Sang S.
A review of research progress on engineered full-flowsheet CCUS technology, treating carbon capture, transport, storage and utilization as an integrated system rather than isolated unit processes. It emphasizes whole-system engineering inte…
Chen X.h.
This study dynamically optimizes CCUS operation modes for coal-fired power plants, incorporating government incentives and knowledge accumulation (learning effects). It models how policy support shapes the economics and operational decision…
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