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 381–400 of 2836 papers
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…
Anas Bin Asim, Alekhya Siriyala, Ute Urban
A systematic literature review on the potential of carbon capture (CCUS) technologies. No abstract was provided, so the specific technologies, methods, and findings remain unclear. CCUS sits at the core of decarbonization pathways, making t…
Zhengning Sun, Boxin Wang, Yibing Zuo +3
This study uses hemihydrate phosphogypsum, an industrial waste, as the sulfate source for low-carbon supersulfated cement. It examines hydration regulation and evaluates environmental performance normalized by strength. The work shows how w…
Martinsen, Emil Skov, Frandsen, Sten, Scharling, Tejs +4
This work develops a neural network-based grey-box model and economic model predictive control (EMPC) for a solvent-based carbon capture pilot plant. It releases reproduction code, demonstrating improved operational optimization and energy/…
Martinsen, Emil Skov, Frandsen, Sten, Scharling, Tejs +4
Open dataset from a solvent-based CO2 capture pilot plant at the Danish Technological Institute, supporting a neural-network grey-box model and economic MPC study. It includes raw pilot-plant logs (Nov-Dec 2025), parameter estimates for 11 …
Yang Z.M.
A materials study on biochar-incorporated geopolymer composites (EGC/SHGC) aiming for net-zero emissions while achieving both high strength and high ductility. It combines cement substitution with carbon sequestration. No abstract is availa…
Huaying Lin, Guohua Zhang, Yue Yao +1
A phase-field study numerically simulates thermal–hydraulic–mechanical coupled fracture initiation and propagation in deep coal seams during supercritical CO2 injection for geological storage. It targets fracture mechanisms relevant to the …
Fei Peng, Anwar Khan, Xi Tian +1
A framework paper on how to attribute climate effects across integrated CCU, CCS, and CDR projects. It argues that equal tonnes of CO2 carry different climate impacts depending on the technology pathway, aiming to refine carbon accounting a…
Dyna Simamora
This study examines legal certainty for foreign investment in cross-border CCS projects between Indonesia and Singapore using a normative juridical comparative method. Indonesia builds certainty through its Investment Law, Job Creation Law,…
Iñigo de Loyola Arraiza Rivero
Event-level coded data and provenance materials for a comparative analysis of four completed public procurement rounds for CCS/biogenic carbon removal in Sweden and Denmark. It reconstructs procurement funnels from public administrative sou…
Stefania Bempeli, Julian Nöhl, Hitesh Sewani +2
A multi-criteria optimization framework integrating an ML surrogate model of multi-stage membrane processes with techno-economic analysis and LCA. For flue gas capture from waste incineration and cement plants, electricity dominates costs a…
Alejandro Belinchón, Pablo Navarro, Pedro J. Carvalho +1
This work proposes a product-driven CCU concept where CO2-derived cyclic carbonates serve sequentially as physical CO2 absorbent and reaction medium, eliminating intermediate solvent regeneration. Experiments with [bmim]I catalyst and COSMO…
Ionel Popa
This study examines onboard carbon capture (OCC) technology for naval vessels, focusing on reducing exhaust smoke emissions. While safe application is feasible, significant engineering, logistical, and economic hurdles remain. Vessel size, …
Ahmed Salah Al-Shati, Thamer J. Mohammed
This review comprehensively surveys CO2 separation technologies for post-combustion capture, comparing membrane filtration, physical and chemical absorption, cryogenic processes, and adsorption. Amine-based absorption and mesoporous silica …
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