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 361–380 of 2481 papers
Zhang S.
This study applies interpretable machine learning to dynamically evaluate the economics of oilfield CCUS projects. The ML approach aims to surface key drivers of profitability and support investment decisions. Details of methods and finding…
Gholami S.
This paper addresses methods for determining the density of CO2-rich fluids within CCUS processes. Density is a fundamental property underpinning flow metering, equation-of-state accuracy, and equipment design across capture, transport, and…
Lyu J.N.
This paper examines the development process of CCUS (carbon capture, utilization, and storage) in China on its path to carbon neutrality, drawing on international experience. It compares policy, technology, and institutional design across c…
Ye X.
An overview paper examining the challenges facing CCUS (carbon capture, utilization and storage) technology in China and the countermeasures proposed under the country's "double carbon" (peak carbon and carbon neutrality) targets. It discus…
Lyu J.N.
This work reviews the development of China's regulatory framework for CCUS and draws lessons from international experience. Though no abstract is available, it appears to address legal design issues such as permitting, liability, and instit…
Long Y.
This paper addresses research progress and the construction of a standards system for Carbon Capture, Utilization and Storage (CCUS). Beyond technology, CCUS deployment depends on standards for measurement, verification, certification, and …
Cui X.
This paper examines the role of carbon dioxide removal (CDR) in keeping the climate habitable after a 2050 net-zero milestone, and the limits of that role. It argues net-zero is not an endpoint: residual emissions and temperature overshoot …
S. R. Pilli
Seven novel amino acid-based ionic liquids (AAILs) were synthesized and characterized for CO₂ absorption using a liquid foam-bed reactor and semi-batch equilibrium studies. [TETA][LYS] achieved the highest absorption ratio (0.442 mol CO₂/mo…
Hasrul Hasrul, Arya Wiranata, Trisuciati Syahwardini
This review surveys membrane-based CO2 capture, covering membrane materials, transport mechanisms, and performance challenges under realistic conditions. It compares polymer, facilitated-transport, mixed-matrix, carbon molecular sieve, and …
A. Alghawli, Ali Raza, Altahir Saah Ahmed +2
This study proposes MeshStar, a process-aware wireless sensor network combining star clusters with redundant mesh links for industrial carbon-capture plants. A tabular Q-learning controller optimizes recovery and traffic management using re…
Chuan Deng, Peng Li, Changsheng Zheng +1
This study examines liquid CO2 phase-change fracturing to enhance permeability and gas extraction in high-gas, low-permeability coal seams in Guizhou. 1.4 kg of liquid CO2 releases energy equivalent to 243 g TNT, and the effective drainage …
Mahboobeh Attaei, Luísa Marques, Samuel Santos +3
A comprehensive review of amine-based CO2 capture systems for high-emission industrial sectors, with techno-economic assessment focused on blended amines as the key configuration. It compares capture costs and performance to inform deployme…
Chao Liu, Yue Liu, Yanqiong Zheng +7
A materials study examining how 20# carbon steel corrodes in a non-aqueous [AEP][Pro]-ethanol absorbent for CO2 capture, focusing on the interfacial mechanism. It offers foundational data on equipment corrosion that matters for the durabili…
Fengming Chen, Wei Lin, Shuhan Yi +4
This study engineers ultramicropores in reed straw-derived porous carbons via alkaline-oxidative reconstruction to boost CO2 capture capacity. It offers a design route for biomass-waste-derived solid sorbents, contributing to bio-based CCUS…
Minsoo Choi, Jinyeong Jeong, Daejun Chang
This study develops a hierarchical multi-period framework jointly optimizing onboard carbon capture system (OCCS) design and operation for an LNG-fueled VLCC, using Gaussian-process-regression surrogates to replace rate-based simulations. R…
X.H. Chen, T. Ma, L. Pang +3
An engineering study optimizing heat integration of an overhead gas recompression heat pump for carbon capture, using surrogate-assisted methods. It targets a condensate-premixed recompression configuration to improve energy efficiency and …
Bruce Kohse, Varun Pathak, Fredrik Saaf
Presents an integrated simulator reformulating surface facility models in pressure-enthalpy (P-H) variables to robustly handle narrow-boiling fluids like CO2-rich mixtures. Demonstrated on a realistic CCUS case coupling CO2 source, pipeline…
Wenjing Zhang, Yihang Zhou, Shuai Deng +3
Waste corrugated paper was converted into hierarchical porous carbon aerogels as monolithic adsorbents for onboard CO2 capture. Phosphoric acid activation optimized micropore development, yielding a specific surface area of 1021 m²/g with s…
Yafei Mao, Sebastiaan Wyns, Yixuan Li +5
A study examining how the molecular structure of tertiary amines relates to CO2 capture performance and carbon mineralization (CCMC) efficiency. Though no abstract is available, it likely informs absorbent design optimization for lower-cost…
Boyue Zheng, Ziqing Pan, Xiangyun Shi +3
A national-scale dynamic source-sink matching model optimizes CCUS deployment across 31 Chinese provinces and 16 sedimentary basins under eight scenarios. Coal-fired power dominates capture; EWR/EGR or EGR/ECBM dominate storage depending on…
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