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 101–120 of 2445 papers
Yang X.
An experimental study on the thermal decompression behavior and associated risks of CO2 pipelines used for oilfield flooding (EOR). It offers insights relevant to the safe design and rupture-behavior assessment of CO2 transport infrastructu…
Wang H.
This paper presents DeFault, a deep-learning approach for automated fault delineation using passive seismic data from the IBDP CO2 storage site at Decatur, Illinois. It advances efficient fault mapping for long-term CCS safety and leakage-r…
Sethi S.
This paper proposes a probabilistic framework for risk-adjusted cost analysis of carbon-storage (CCS) monitoring, incorporating non-traditional sensing technologies. It enables cost comparison that internalizes uncertainty such as leakage r…
William Marfo, William Ampomah, H. Rahnema +6
This review evaluates digital rock image segmentation for geological CO2 storage not by image overlap but by its contribution to reliable storage decisions. It synthesizes classical, machine learning, deep learning, transformer, and foundat…
C. Gong, Si-Wei Meng, Shu-Yang Liu +5
This study integrates machine learning with multiobjective optimization to design CO2-WAG injection in low-permeability reservoirs. XGBoost surrogate models (R2>0.99) and NSGA-II optimize time-varying WAG ratios across five stages, revealin…
Suci Yongki Setyowati
This study proposes using Particle Swarm Optimization (PSO) to auto-tune the LQR weight matrices Q and R for controlling microalgae growth via CO2 and nutrient inputs. Simulations show algal concentration rises 21.7% with LQR alone and abou…
Babak Fayyaz-Najafi, C. Ovalles
Part II of a two-part review assesses the techno-economics, LCA, markets, policy, and certification of ex-situ CO2 mineralization. Industrial-residue systems cost roughly $30–80/tCO2 cradle-to-gate at colocated sites, with net removal effic…
Marisa Maharaj, David Alexander, Donnie Boodlal +1
This study assesses the techno-economic feasibility of producing green methanol from captured CO2 in Trinidad and Tobago, using cement manufacturing as a case study. Green methanol can be produced at $1,246/ton, within the global market ran…
Ritina Magar, Prashant Ulak, Samyog Bhattarai +3
This review examines carbon dioxide utilization (CDU) routes producing value-added chemical precursors (VACPs) for pharmaceutical and agrochemical applications, especially heterocyclic and nitrogen-containing scaffolds. It surveys enabling …
Rock Adeiza Ezekie
A review of carbon harvesting technologies—CCS, DAC, and BECCS—covering their mechanisms, environmental and economic impacts, and barriers. It finds strong potential for CO2 reduction and removal, but high costs, energy demand, and policy g…
Jakob Zinck Thellufsen, Steffen Nielsen, Diana P. Moreno +6
Report from Denmark's LSICC project under INNO-CCUS, examining the role of point-source carbon capture and direct air capture (DAC) in renewable smart energy systems. Point-source capture is highlighted as key for CCS and CCU due to higher …
Ulrik Brix Madsen, Agnese Zaghini, Yu Yan +5
Hydrophobic modification of carbonic anhydrase (CA) enhanced interfacial activity, dramatically improving CO2 capture. Modified enzymes matched wild-type capture rates at <0.3% dosage in stirred cell (400-fold specific activity increase) an…
Fu Y.
This review integrates AHP weighting with multi-source indicator synthesis to reassess China's CO2 geological storage potential. It consolidates fragmented prior estimates into a structured site-suitability framework, offering a basis for l…
Neha Mohiuddin, Jayesh Vibhandik, Varsha Vel +4
This work develops a bimetallic Cu-Zn-ZIF-8 metal-organic framework for enhanced and stable CO2 capture from moisture-laden industrial flue gas. It combines hierarchical material design with process optimization to improve capture performan…
Jing Luo, Shanghong Zeng, Fenrong Liu +3
Nitrogen-doped porous carbons were prepared from Salix using KOH and ZnCl2 activators, and their CO2 adsorption was compared. Uptake depends mainly on surface area, not total nitrogen content; at similar surface areas, pyridinic-N outperfor…
Zi-Nan Chen, Mengru Yang, Wen-Jiang Tian +6
A robust ultramicroporous pillared-layer MOF (MAF-60) was synthesized at room temperature, achieving 2.90 mmol g–1 CO2 uptake at 298 K/1 bar with energy-efficient regeneration and durability. Breakthrough tests confirmed CO2 capture from bo…
Minjae Kim, Joo Young Shin, Jungwoo Huh +8
A modular CO2 capture filter spray-coated with amine-functionalized silica on carbon fiber regenerates via Joule heating (95% desorption in 15 min at 100°C). A deep neural network surrogate with Differential Evolution optimizes control acro…
Junqing Sun, Mohan Shangguan, Huaxiu Qin +8
As CCUS expands, publicly accessible environmental evidence is needed for storage monitoring, assurance, permitting, and post-closure oversight. The authors assembled 23 evidence modules and 1,110 project records into an 18×99 contribution …
Mwakipunda G.C.
A review of recent research on the potential of salt caverns for carbon dioxide sequestration. It surveys technical issues such as storage capacity, sealing integrity, rock mechanics and long-term stability, framing salt-cavern storage as o…
Nie S.
This paper evaluates the economic costs and environmental benefits of deploying CCUS supply chains at scale, combining source–sink matching with an LCA–MILP approach. It quantifies cost-efficient and environmentally effective CCUS siting by…
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