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 1141–1160 of 2836 papers
Storrs K.
This paper presents a meta-review of literature on factors impacting CCUS deployment, synthesizing technical, economic, policy, and social dimensions into a comprehensive feasibility framework. It offers a structured approach for evaluating…
Chaoying Zhang, Qian Jia, Guoqiang Li +4
This study develops a novel adsorbent by incorporating EDTA into Mg-MOF-74, maintaining CO2 uptake under humid conditions. The uncoordinated oxygen atoms of EDTA act as exclusive H2O adsorption sites, protecting CO2 capacity. The modified m…
Pratiwi V.D.
This paper evaluates efficient CCUS system design for emissions from Indonesia's chemical industry, aiming to identify optimal configurations from technical and economic perspectives. It contributes to decarbonization efforts in the region.…
García-Freites S.
This paper assesses the greenhouse gas removal potential of BECCS to support the UK's net-zero target, examining technical and economic feasibility and providing policy implications.
Davids D.
This paper proposes an energy system analysis framework that integrates uncertainties in methane leakage rates and carbon capture rates. By combining warming indices, it enables more accurate assessment of climate impacts of different techn…
Jin J.
This paper evaluates the economic feasibility of retrofitting coal-fired power plants with CCUS, using net cash flow analysis. It examines payback periods and profitability, offering insights for decarbonization investment decisions.
Cao Zhou, Zehan Yu, Lijun Yang
Molecular dynamics simulations reveal how pore diameter, N-doping, and pore depth affect carbon-source transport in carbon nanocages for CO2 electroreduction. A 12.1 Å N-doped pore achieves the highest transport efficiency, with N-doping se…
Reza Hashemi
A proposal to implement MICM carbon capture and mineralization at a cement plant in Georgia, aiming to reduce CO2 emissions and produce carbonated mineral products. Feasibility and economic details are unclear, but it could contribute to de…
Gabriele Gisele Wehrle, Connor Kremer, William Berecz +3
This study synthesizes novel cyanometallate coordination polymers with tetraamine ligands via a scalable, room-temperature aqueous method and evaluates their CO2 adsorption. Ferrocyanide-based materials adsorb up to 3.00 g CO2 per 100 g and…
Zeyuan Wang, Yang Zhou, Yu Hong
This paper explores the potential of microalgae-based carbon capture and storage (CCS). Microalgae absorb CO2 through photosynthesis and can fix it as biomass, offering a promising alternative to conventional geological storage. While detai…
Kwabena Boafo, Palas Kamlakar Borkar, Atharva Rane +1
Bioleaching of iron-rich mine tailings at 0°C under CO2-enriched atmosphere reduces Fe/Ni ratio from 13.87 to 2.25 (6.2-fold improvement) while maintaining ~45% nickel recovery. Increased CO2 solubility at low temperature precipitates iron …
Parisa Javadi
This dissertation models six CDR approaches with GCAM-USA for the U.S., finding regional concentration (Texas, Midwest) and DACCS dominance (~50%) in net-zero pathways. Coupling with FaIR and COBRA reveals tradeoffs: High-CDR costs less ($1…
(著者不明)
This paper investigates cyanometallate coordination polymers combined with tetraamines for carbon capture applications. It explores their potential as CO2 adsorbents, contributing to CCUS technology development.
Yunhai Zhang, Shaoqing Wang, Li Qing +4
This study simulates CO2-water-rock reactions in the Jilin Oilfield brine layer using TOUGHREACT, analyzing pH, mineral transformation, and ion concentrations. Results show pH stabilizes around 4.8, with precipitation of magnesite, montmori…
Roan Chadsey, Jay Fuhrman, Catrin Harris +2
This paper assesses the scale and timing of carbon dioxide removal (CDR) consistent with national climate pledges (NDCs). It quantifies the role of CDR in climate policy contexts, highlighting feasibility and policy implications.
Himangshu Saikia, Karthikeyan M, Jishu Chandran +1
This study synthesizes porous frameworks via oxidation of a novel medium-entropy MAX phase (Ti0.5V0.4Cr0.1)2AlC, demonstrating potential for CO2 capture and storage (CCS). The material's structure and properties are evaluated, highlighting …
Kenta Tomita, Shigehiko Funayama, Tsuyoshi Izaki +3
This study evaluates the CO2 capture performance of a calcium oxide composite supported on silicon carbide-based foam, demonstrating high durability and stable capture capacity. It contributes to material development for practical CCUS appl…
GholamReza Aghdami, Farzin Hosseinifard, Barat Ghobadian +1
This paper proposes a hybrid CCUS-bioenergy pathway using blue hydrogen to decarbonize ammonia and urea production. It demonstrates potential to balance carbon capture efficiency and economic viability through bioenergy integration, offerin…
Singh R.K.
This paper assesses the viability of CCUS (carbon capture, utilization, and storage) projects in the Mumbai Offshore and Cambay Basins, Western India. It examines geological and economic aspects, highlighting potential for CO2 storage and c…
Yogi C.
This paper provides a holistic review of the expansion of carbon capture technologies (CCUS) and its global prospects. It discusses the current state, challenges, policy support, and industrial deployment potential, highlighting the role of…
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