This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open 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 941–960 of 1019 papers
Sanusi Sule, Meng-Tao Zhou, Mulin Yu +6
This review systematically examines the interplay between design strategies and product selectivity in MOFs and MOF derivatives for electrochemical CO2 reduction. It emphasizes often-overlooked aspects such as metal nodes, organic linkers, …
Mohammad Ghaddaffi Mohd Noh, N. Y. Yuhana, Syazwan Onn +4
This study developed a continuous high-pressure CO2 mineral carbonation reactor for producing precipitated calcium carbonate (PCC). Optimizing the reactor design reduced particle size from 87/131 μm to 3.8/9.1 μm and achieved 100-hour stabl…
Yicheng Zhang
This paper systematically reviews the current status and challenges of CCS technology in the context of global carbon neutrality. It identifies four key obstacles: technological maturity, economic feasibility, policy synergy, and social acc…
Zhengxiong Jiang, Zhitao Han
This study systematically evaluates additives in electrochemically mediated amine regeneration (EMAR) for carbon capture. TBAC (tetrabutylammonium chloride) enhances CO2 absorption and desorption, achieving 19.48 kJ/mol CO2 at 100 A/m², dem…
Shuting Fan, Kai Zhou, Qian Li +3
This study demonstrates thermally modified cyclodextrin MOF monoliths for durable CO2 removal from hydrocarbons. The thermal treatment creates a protective carbon coating, maintaining performance under 90% humidity for 30 days. The monolith…
D. Echeverri, Victoria V. Beltrán, A. Mesa +2
This study conducts a life cycle assessment of biofuel production from microalgae via hydrothermal liquefaction using CO2 from the cement industry. Using OpenLCA, it shows a reduction of 3.91 kg CO2 per kg biofuel compared to diesel. Financ…
Zhihong Lin, Kaifang Wang, Ziyi Yuan +5
This paper demonstrates a thermal cyclotrimerization strategy to simultaneously tune polymer microstructure and polymer-filler interface in mixed-matrix membranes (MMMs) for CO2 capture. Using MAF-stu-1 as a filler, the membranes achieve CO…
Rui Qiao, Yunhe Ding, Yahao Zhang +6
Porous carbons synthesized from coal tar pitch, anthracite, lignite, and blue-coke via KOH activation and urea nitrogen doping exhibited ultrahigh specific surface area (up to 3304 m2/g) and hierarchical pores. Nitrogen doping improved CO2 …
S. Chakraborty, Mun Majumder
This paper proposes Carbona, a sustainable technology that converts pollutants into ink. By capturing air pollutants or carbon dioxide and reusing them as ink, it contributes to circular economy and decarbonization.
Javiera Azúa Caroca, Catalina Donoso Flores, Augusto A Vargas Schüler
This systematic review examines how interindustrial collaboration affects CCUS project feasibility. Using PRISMA guidelines, it finds that collaboration enables cost-sharing, risk distribution, and faster innovation, but faces barriers like…
T. Lee, Byung Kwan Lee, Y. Cho +4
This review provides a comprehensive overview of polymeric membranes for CO2 separation, covering fundamentals, material evolution, and market drivers. It evaluates three major material platforms: thermally rearranged polymers, polymers of …
Sandra Emperatríz Peña Murillo, Julio Baquerizo Figueroa, Manuel Teófilo Huamán Marcillo +2
This qualitative comparative review evaluates and compares current decarbonization technologies in oil refining, including electrification, renewable energy integration, CCUS, biofuels, and advanced monitoring. It finds that strategic integ…
Xinfeng Qian, Xin Wang, Dacai Li +3
This study uses Aspen HYSYS to simulate the effects of N2, O2, and H2O impurities on CO2 compression, liquefaction, and pipeline transport in CCUS. Results show impurities alter thermodynamic properties, increase pressure loss, and raise co…
Faisal W. K. Khudhur, Ian B. Butler, S. Gilfillan
This paper reviews advanced imaging techniques (X-ray microCT, electron microscopy) for understanding CO2 mineralization at the microscale. It highlights correlative microscopy and machine learning, improves reactive transport modeling, and…
Ganti Srikanth, 𝑏 𝑎, G. Sudheer +1
This paper presents a three-tier study for predicting CO₂ desublimation temperature (CDDT) critical for cryogenic carbon capture and gas processing. It compares a thermodynamic model (Peng-Robinson EoS), standalone ML methods (DT, GPM, ANFI…
Adeel Rafiq, S. Gheewala
This perspective redefines CCU beyond conventional cycling by outlining three strategic pathways: replacing high-emission fossil products, sourcing CO2 from biogenic streams for near-neutral cycles, and using CO2 as a hydrogen carrier for p…
Florian Lhostis, Nathan De Riggi, N. Huan +3
This study presents a hybrid electro-thermocatalytic tandem process that converts CO2 to methanol via formic acid with high selectivity. A dendritic bismuth catalyst achieves >90% Faradaic efficiency for CO2-to-formic acid electroreduction,…
G. Herrera, Y. A. D. de Itriago, S. Devier
This study proposes a novel method for dynamic compatibility testing in rock-scCO2-brine systems for CO2 storage in saline aquifers. Combining injectivity and coreflood tests, it evaluates fluid-rock interactions, permeability changes, and …
Becattini, Viola, Riboldi, Luca, Burger, Johannes +10
This paper presents the design and techno-economic-environmental analysis of four pioneering CCUS chains, capturing CO2 from inland European industrial plants and transporting it to Northern European ports. The chains can avoid 65-87% of in…
Natalia Belkin, Josh Steinberg, Amit Dan Grossman +2
This paper introduces Microalgae Carbon Fixation and Sinking (MCFS), a novel marine CDR methodology that uses a tailored substrate to promote phytoplankton growth, followed by rapid sinking to the deep ocean for durable carbon sequestration…
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