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 261–280 of 1940 papers
Li Z.
A study on economic evaluation methods for CCUS-EOR (CO2-enhanced oil recovery) projects. Without an abstract, details are limited, but it addresses the economics of CCUS deployment, relevant to investment appraisal and policy design for de…
Ghazzai Almutairi, F. A. Ahmed Ali, S. Al-Zahrani +10
This review critically assesses absorption-based CO2 capture, the most mature and widely deployed technology, comparing solvent selection, regeneration energy, and key economic indicators. It covers advances in aqueous amines, phase-change …
S. De Gooijer, P. Goosen, C. G. Díaz-Maroto +4
A materials-science study examining how ultramicroporosity and surface chemistry govern dynamic CO2 capture performance in activated carbons. Though no abstract is available, it contributes fundamental insights for optimizing solid sorbent …
Shu D.Y.
This paper examines the role of carbon capture and storage (CCS) in achieving net-zero energy systems, analyzing trade-offs between economics and environmental outcomes. It likely explores how prioritizing cost versus environmental impact s…
Wang S.
A review of intermediate-temperature (roughly 200-400°C) CO2 adsorbents, covering rational design, fabrication routes, sorption performance, and remaining challenges. It highlights energy savings versus high- and low-temperature processes a…
Huang W.
This review critically examines salt precipitation in geologic CO2 storage, covering its spatial distribution, multidimensional impacts on reservoirs and wells, and associated engineering challenges. It highlights a key factor affecting the…
Yue Y.
This study examines the reaction mechanisms and structure-activity relationships of bimetallic catalysts for CO2 hydrogenation to methanol under vapor- and liquid-phase conditions. CO2-to-methanol is a core CCU pathway, with methanol servin…
Zecca N.
This paper addresses the integration of post-combustion carbon capture technology into a steel plant, linked to the EU DISPLACE project. Steelmaking is a hard-to-abate, emission-intensive sector, making capture deployment central to industr…
Alessio Tafone, Benjamin Kanz, Balkumar Basant Kumar Pillai +3
This study performs a comprehensive thermo-economic optimization of retrofitting an amine-based CO2 capture process onto a pulverized coal-fired power plant. It evaluates trade-offs between process design, energy penalty, and cost, offering…
Siyabonga Brighton Ndebele, Glory Makuwa, Djemima Bulanga +2
Bimetallic Zn0.75Mg0.25-MOF-74 was synthesized solvothermally using cheap terephthalic acid instead of costly DHTPA linkers, and the effects of reaction temperature (89–160 °C) and time (5–55.5 h) on structure and CO2 capture were evaluated…
Hassan Babidi Yahya
This review examines CCUS-EOR integration across technical, economic, and environmental dimensions. It covers CO2 capture, transport, and injection (with Niger Delta reservoirs), cost and revenue structures, and lessons from Weyburn-Midale,…
Sakwe Adianimovie
Activated carbons were produced from periwinkle (aquatic) and coconut (agricultural) shell waste and characterized via methylene blue adsorption tests against IUPAC pore standards. Varying activation (400–600°C) and carbonization (500–700°C…
Rajiv K. Srivastava, Yashvardhan Verma, Jayant Singh +3
This study conducts a contextually explicit cradle-to-grave LCA of CCS pathways in India, covering CO2-EOR and dedicated geological storage from coal power and refineries. Dedicated storage consistently reduces emissions, while CO2-EOR yiel…
Maëlle Nisolle, Éric Lécolier, Guillaume Pétaud +4
This work examines advanced precipitating solvent technologies for carbon capture, focusing on controlled precipitation as a design lever. By managing precipitation deliberately, the approach aims to cut regeneration energy and capture cost…
Francisco E. Hernández-Pérez, Hong G. Im
This review surveys computational modeling of multiphase flows in cryogenic carbon capture (CCC) via CO2 desublimation, covering 1D macroscopic models, Eulerian-Lagrangian/Eulerian-Eulerian CFD, pore-scale lattice Boltzmann, and molecular d…
Qingbo Ning, Zhengri Cui, Sang-Hyun Yong +4
A materials study decarbonizing ultra-high-performance fiber-reinforced concrete using electric arc furnace slag and CO₂-enriched nanobubble water. It evaluates mechanical performance and microstructure, showing potential for CO₂ utilizatio…
Jingyang Bai
This study applies publication-grouped machine learning to a harmonised literature dataset on CO₂-assisted thermochemical conversion of plastic waste, assessing transferable yield patterns and the predictive role of CO₂ concentration. CO₂ o…
Piseri C.
This paper presents an experimental technique to characterize the phase behavior of CO2 streams containing trace water concentrations. It discusses how such behavior may affect CO2 specifications for CCUS design and operations. The work off…
Zhao L.
This work proposes qualification technologies to replace expensive corrosion-resistant alloys (CRA) with glass fiber polymer composites in CCUS facilities. The aim is to cut material costs and improve the economics of carbon capture, utiliz…
Obi D.
This work proposes a novel dimensional-analysis framework for techno-economic evaluation of oxyfuel, pre-combustion, and post-combustion carbon capture in power plants. It aims to compare cost structures across capture routes and identify c…
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