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 1–20 of 1019 papers
Chunlei Zhao, Pan Zhu, Tiantian Chai +2
This paper explores methods to overcome natural limitations in biological conversion of CO2 for bioproduction, contributing to carbon capture and utilization (CCUS) research.
Shajaratuldur Ismail, Farihahusnah Hussin, Zong Yang Kong +1
This review comprehensively covers synthesis methods (pyrolysis, activation, template-assisted, etc.) for nitrogen-doped porous carbons for CO2 capture, and integrates machine learning (ML) models to predict adsorption capacity from key fea…
Emilie Yliheljo, Susanna Kaavi, Tiina Paloniitty
This paper critically examines the sustainability of forest-based biogenic carbon capture and utilization (BioCCU) value chains in the EU. It argues that individual chains may comply with RED and CRCF sustainability criteria, yet systemic s…
Siebe De Ley, Kevin Van Daele, Tom Breugelmans
This paper proposes reactor optimization for electrochemical hydrogen looping carbon capture. It contributes engineering insights to improve efficiency in CO2 capture technology.
Prachi Patel
This paper reports a novel metal-organic framework (MOF) that uses light to capture and convert carbon dioxide. The material selectively converts CO2 into useful compounds such as carbon monoxide or methane under visible light, with low ene…
Mu Lin, Elif Elbek, Emma Chaparro Bailey +4
This paper proposes an electrochemical carbon capture method using an anion exchange membrane electrode assembly. It produces a tunable CO2:H2 mixture at low energy input, enabling efficient carbon capture and utilization with reduced energ…
Mohd Hanifa, Prakash Chander Thapliyal, L.P. Singh
This study synthesizes low-carbon γ-C2S clinker using industrial waste (calcium carbide sludge) and sandstone. Phase composition and microstructural analysis via XRD and SEM demonstrate potential for low-carbon cement production.
Kabita Budthapa, I.P. Handayani
This review highlights biochar's potential to improve soil health, sequester carbon, reduce greenhouse gas emissions, and support a circular economy. Barriers include technical, legal, and economic hurdles, calling for supportive policies a…
Choi E.
This paper experimentally investigates the conversion of CO2 into precipitated metal carbonates using simulated seawater at various concentrations. It analyzes the impact of seawater composition on carbonate precipitation efficiency and pro…
Zheng Y.
This study evaluates the potential of digestate-loaded biochar to improve soil biological health and plant nutrition while reducing greenhouse gas emissions. The findings contribute to understanding sustainable agricultural practices that m…
Yadav A.
This paper proposes a comprehensive framework combining carbon capture and life cycle assessment (LCA) to achieve net-zero emissions in manufacturing supply chains. It utilizes a BWM-Fuzzy DEMATEL multi-criteria decision-making approach to …
Liyuan Zhang, Jie Chen, Antonina Stupakova
This study performs molecular-scale analysis of competitive adsorption and diffusion of CO2 and CH4 in kerogen-illite composite nanopores within ultra-deep shale. It reveals preferential CO2 adsorption and its impact on CH4 diffusion, provi…
H. H. Enguclu, B. Yildirim
This paper provides a comprehensive assessment of CO2 storage potential in Turkey's deep saline aquifers, combining emission inventory analysis with storage modeling. Turkey accounts for ~1% of global emissions, mainly from power and indust…
R. Ranjith, G. Roy Richi Renold, K. Jeyapappa +2
This paper provides a comprehensive review of carbon capture, utilization, and storage (CCUS) technologies, their integration into next-generation energy systems, and future perspectives. CCUS is highlighted as essential for decarbonizing p…
Ahmed Al‐Yaseri, Shanker Krishna, Noof Al-Aqeel +1
This study proposes a method for CO2 capture and mineralization in seawater using HMDA, aiming to achieve simultaneous carbon management and enhanced oil recovery (EOR). The approach shows potential for effective carbon sequestration and im…
Laura Berra, Giulia Iacono, André Bardow +3
This paper conducts a prospective life cycle assessment (LCA) of alternative fuels (e.g., hydrogen, synthetic methane) and carbon capture technologies for Swiss gas-fired power plants. It quantifies the greenhouse gas reduction potential un…
C. Coll, L. Robinson, R. Oberst
This paper examines the critical role of international standards and guidelines (SPE SRMS, ISO 27914/27916, UNFC Injection Guidelines) in financing CCUS projects. It argues that standardization reduces technical uncertainty, enhances transp…
Kota Kondo, Itsuki Takahashi, Kai Kan +6
This paper proposes VICIOXITE, a novel carbon material with adjacent hydroxyl groups, for simultaneous CO2 and H2O capture. It provides fundamental insights into material design for CCUS applications as a climate change mitigation technolog…
Sahand Saeidi Harzand, Alp Yürüm
This study develops activated carbons from sunflower pith with engineered micropores to enhance CO2 capture. It contributes to low-cost, biomass-based carbon capture technology.
Y. Shumakov, F. Hollaender, O. Karacali +1
This paper systematically compares key dynamic evaluation techniques for CCS projects (injectivity tests, DFITs, ESP-DST production tests, CO2 injection tests) and highlights trade-offs among information content, operational risk, and cost.…
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