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 81–100 of 1903 papers
Ruttinger A.W.
This paper examines how to design an innovation system that makes electro- and bio-catalytic carbon upgrade (converting CO2 into higher-value products) profitable. It focuses on the institutional, policy, and industrial coordination needed …
Sáenz Cavazos P.A.
A materials-science study fluorinating the MOF MIL-101 and evaluating CO2 uptake and diffusion under industrially relevant conditions. It offers foundational insight for improving sorbent performance in carbon capture, utilisation and stora…
Jin-Sheng Zhao, De-Cong Li, Di Zhu +4
This review systematically examines CO2 foam fundamentals, evaluation methods, and foaming systems for low-permeability and tight oil reservoirs. It analyzes mobility control, gas-channeling mitigation, and sweep-efficiency mechanisms, with…
Shan Cheng, Jiaxin Yu, Hong Tian +3
This study synthesizes N,S co-doped porous carbon from corn stover as a high-capacity CO2 adsorbent, optimizing pore structure and surface chemistry synergistically. It adds a life-cycle feasibility assessment, linking agricultural residue …
Magdalena Zybert, Hubert Ronduda
A brief review of dual-function materials enabling integrated CO2 capture and methanation (ICCU-M), which combines capture and conversion in a single process. It outlines material design and reaction-condition challenges and highlights effi…
M. Amin Mir, Sook Keng Chang, Mohammad Ayaz Ahmad +5
This review synthesizes 186 studies (from >11,000 screened, 2000–2024) on carbon capture and utilization pathways across physical, chemical, biological, and mineralization routes. Fuels and commodity chemicals offer large theoretical CO2 de…
Uyama Ekop
This report reviews CCS as a climate mitigation technology, covering CO₂ capture routes (post-combustion, pre-combustion, oxy-fuel), storage options, and industrial applications. It examines environmental and socio-economic barriers—public …
Yiyu Chen, Haowei Qing, Yongchen Huo +5
This study integrates techno-economic multi-objective optimization with advanced exergy diagnosis for an integrated gasification fuel cell (IGFC) system with carbon capture and storage. It moves beyond Pareto trade-offs by attributing exerg…
(著者不明)
A document on Air Products' carbon capture project at its Port Arthur facility in Texas. No abstract is available, but it represents a large-scale industrial CCUS deployment case. It is notable as an integrated decarbonization model combini…
Høydalsvik, Eirik Jaccheri, Austegard, Anders, Deng, Han +3
A new densely instrumented facility measures choke pressure and mass flux simultaneously during CO2 vessel depressurization, alongside wall and fluid temperatures. Nine experiments (120 bar; 15/25°C; with/without riser; nozzle diameters 8.0…
Qadir, Danial
A marker-based framework is proposed to guide wastewater treatment route selection in MEA and amine-blend post-combustion CO2 capture plants. Short marker panels (residual amines, degradation products, nitrogen, biodegradability, ionic load…
Liu A.
This work synthesizes photo-responsive hypercrosslinked polymers from waste polystyrene to capture CO2 with low energy input. It couples plastic-waste upcycling with energy-efficient carbon capture. Without an abstract, performance and cost…
Bu Y.
This work proposes a finite volume method with enhanced numerical stability for transient flow modeling in CCUS pipelines, applied to water hammer analysis. It contributes to more reliable simulation of CO2 transport infrastructure design a…
Siagian U.W.R.
This paper compares two membrane-based carbon capture routes: membrane gas separation and membrane contactors. It reviews their separation performance, energy demand, and scalability, outlining where each approach fits and its limitations. …
Adam R.
A scientometric review synthesizing techno-economic analyses of state-of-the-art carbon capture (CCUS) technologies and their applications. It compares cost structures and deployment potential across capture routes, mapping barriers and res…
Nandakishora Y.
An engineering study designing plate-fin heat exchangers via simulation for cryogenic CO₂ removal from biogas. It addresses separation efficiency and heat-transfer optimization in renewable gas upgrading. Without an abstract, specific findi…
Yun W.C.
A review of recent advances in using CO2-derived carbon materials as electrocatalysts. It links CO2 utilization (CCU) with catalyst design and performance, outlining progress, remaining challenges, and future directions for decarbonization-…
Sleep S.
This paper evaluates the carbon footprint of carbon capture and utilization (CCU) technologies developed by Carbon XPRIZE competition finalist teams. It examines whether CCU pathways deliver genuine net emission reductions through life-cycl…
Ku A.Y.
This paper comparatively analyzes the drivers enabling or hindering CCUS deployment across multiple regions. It examines region-specific factors such as policy, regulation, economics, and infrastructure to clarify the conditions for CCUS di…
Antonopoulou I.
Directed evolution of an ultrastable carbonic anhydrase from Desulfovibrio vulgaris to improve tolerance to flue gas impurities. Carbonic anhydrase is a promising biocatalyst for CO2 capture (CCUS), and stability under real flue gas conditi…
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