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 981–1000 of 2836 papers
Li Feng, Mu Yanan, Wang Ting +3
This paper systematically reviews research progress on CO2 hydrogenation to chemicals such as methanol, formic acid, C2+ alcohols, low-carbon olefins, aromatics, and aviation kerosene. It focuses on reaction pathways (methanol-mediated, Fis…
Peixiang Shi, Liqiang Deng, Ziyu Zhang +5
This study modulates Cu-Ce electronic interactions to enhance CO2 hydrogenation to methanol. Optimal Ce doping (5%) increases Cu+ species and oxygen vacancies, generating reactive hydroxyl groups that mediate HCO3* formation, leading to a f…
Zhe W.
This paper studies key technologies for a digital twin system of the CCUS supply chain in smart agriculture, aiming to integrate carbon management with digital technologies in the agricultural sector.
Simonsen K.R.
This paper proposes a framework for monitoring CO2 impurities in CCUS infrastructure. Accurate monitoring of impurity types and concentrations ensures safe and efficient transport and storage, supporting compliance with CO2 purity standards…
Quader M.A.
This paper reviews the future prospects of Bioenergy with Carbon Capture and Storage (BECCS) as a carbon-negative technology. BECCS has the potential to achieve net removal of atmospheric CO2, but faces technical and economic challenges. It…
Qin Y.
This paper constructs a knowledge graph of safety production research in CCUS (Carbon Capture, Utilization, and Storage), visualizing the structure and relationships of research in this field. Specific findings are unclear, but it provides …
Jing Y.
This paper analyzes challenges in building the CCUS industry chain under China's dual carbon strategy, proposing countermeasures and future directions from technological, policy, and market perspectives. It emphasizes the importance of indu…
Varela A.V.
This paper analyzes the distributional impacts of carbon capture (CCS) deployment in the US power sector, assessing how costs and benefits are unevenly distributed across regions and income groups, and urging equity considerations in policy…
Luiz Otávio Orzari, Fabiano Mendonça de Oliveira, Samuel C. Silva +2
This review outlines challenges and strategies for sustainable urea production via electrosynthesis. Three approaches—catalyst microenvironment engineering, in-situ CO2 generation from bicarbonate electrolytes, and three-phase interfaces—co…
El-Kaseeh G.
This paper reports on time-lapse vertical seismic profiling (VSP) for monitoring CO2 behavior in the Farnsworth CCUS/EOR project in Texas, USA. It provides field data on CO2 injection and storage, contributing to the practical deployment an…
Wei Y.M.
This paper proposes a global layout for carbon capture and storage (CCS) aligned with a 2°C climate target. It considers regional storage potentials and emission source distributions to design efficient transport and storage infrastructure,…
Fan J.L.
This paper evaluates early deployment opportunities for carbon capture, utilization, and storage (CCUS) in China's cement industry, comparing onshore and offshore storage options. It assesses technical and economic feasibility, providing in…
Chung W.
This paper proposes a systematic method for synthesizing carbon capture, utilization, and sequestration (CCUS) processing pathways using state-task network (STN) representation. It enables optimal process design integrating multiple CCUS te…
Ruiqi Chen, Wenjie Xu, Yunmin Chen +3
An integrated numerical framework models long-term CO2 fate in saline aquifers, coupling multiphase flow, dissolution, reaction, and ripening. After 500 years, dissolved CO2 accounts for 42.8% of trapped mass, while reactive trapping is <1%…
Hoeun Seong, Y. Jo, Dongyoon Lee +5
This paper demonstrates a self-powered Zn-CO2 battery for efficient CO2-to-CO conversion without external power. Using Au25 nanocluster catalysts in a thin-layer flow cell, it achieves a maximum current density of 200 mA cm-2 and a peak pow…
Sasireka Gunasekaran, Sathish Jamesraj, Palani Ramasamy +1
This study develops a biodegradable membrane from watermelon rind cellulose and pectin, achieving up to 85% reduction of CO2, NOx, and sulfur pollutants in vehicle emissions. PVA as a binder improves structural integrity and adsorption capa…
Hyun Seung Jung, Hengzhou Liu, Zeyan Liu +7
This study proposes a two-stage electrochemical process to release pure CO2 from alkaline post-DAC liquids. Combining a hydrogen-loop cell with a solid metal-oxide stage achieves ~4.5 GJ/tCO2, less than half the energy of conventional pH-sw…
Muhammad Faras Heztio, Naelah Aziza Syihab, Caroline Sophia Selena Liem
This study explores the use of Aceh serpentinite to produce MgO as a reactive adsorbent for CCUS. Thermal activation and acid leaching yielded MgO with a process efficiency of 72.8%, demonstrating a cost-effective, locally sourced alternati…
Ren-yun Zhang, Yan Liu, Zhi-yu Fan +2
This paper evaluates environmental risks of Pidgeon-process magnesium residues and explores valorization via carbon capture and electroconversion. Effective use of residues can contribute to both waste management and CO2 reduction, enhancin…
Bingguang Zhang, Yuan Yao
This dataset underpins a study on enhanced rock weathering (ERW) for low-cost carbon-negative sustainable aviation fuel (SAF). It provides data supporting an integrated approach that captures atmospheric CO2 in minerals while producing SAF,…
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