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 421–440 of 985 papers
Han W.
This paper proposes a framework for optimizing carbon utilization (CCUS) business models and making dynamic investment decisions under uncertainty and complexity. It develops a decision model considering multiple scenarios to assess project…
Sikarwar V.S.
This paper explores integrating thermal plasma technology with CCUS for valorizing sewage sludge, aiming to achieve both waste treatment and carbon reduction simultaneously.
Fidel R.B.
This study compares the effect of biochar on soil greenhouse gas emissions at laboratory and field scales. Biochar application generally reduces CO2 and N2O emissions, but the extent varies with conditions.
Choudhary A.
This paper examines greenhouse gas emissions from geothermal power plants in New Zealand and considers whether reinjection of gases can be an effective mitigation solution. It contributes to the understanding of geothermal energy's environm…
Pham A.T.
This paper analyzes the cost and deployment implications of incorporating direct air capture (DAC) for negative emissions into the planning of the U.S. Eastern Interconnection power system. It highlights trade-offs between early DAC investm…
Jacklien Emema Rose T.J.
This paper reviews emerging technologies for carbon-neutral methanol, addressing challenges in carbon capture and hydrogen supply, and outlines a pathway to net-zero emissions for the chemical industry.
De la Colina Martínez A.L.
This paper examines circular strategies for cement decarbonisation, highlighting pathways to achieve a net-zero built environment. It explores innovations in material efficiency, carbon capture, and alternative binders.
Suresh Kuppireddy, Theodora Ramantani, Theocharis Kentri +7
This paper reports the synthesis and characterization of aminosilane-grafted KIT-6 mesoporous silica adsorbents for carbon capture and hydrogen purification. In-situ spectroscopic monitoring elucidates the adsorption mechanism and optimizat…
Mariam Valladares-Castellanos, Sreekanta Das, Supratik Mukhopadhyay +4
This paper presents a roadmap for applying AI techniques to Carbon Capture, Utilization, and Storage (CCUS). It discusses how AI can optimize processes, improve predictions, and enable real-time monitoring, thereby enhancing CCUS efficiency…
Kira J Picknell, Nature Poddar, Mathieu Pernice +4
This paper provides a preliminary techno-economic assessment of using microalgae to capture CO2 from breweries and converting the biomass into ruminant feed. Early results indicate potential for integrated carbon capture and value-added fee…
Yanhan Gan, Feng Li, Caizong Bao +3
This paper comprehensively evaluates the performance and economics of coal gasification-based cogeneration systems for hydrogen production integrated with carbon capture (CCS). It provides insights into CCUS deployment within China's energy…
Jie Yang, Won Kyung Kim, Hyunuk Kang +4
This study proposes a method to capture CO2 directly in cement mixing, enhancing self-healing properties. Tests show improved strength and durability, offering a potential pathway for decarbonizing the cement industry.
Madhuni Madhushika Wijesooriya, Mathias Eskildsen, Rubens Perez Calegari +2
This study investigates the effect of increasing concentrations of the capture agent N-methyl diethanolamine (MDEA) on a bio-integrated carbon capture and utilization (CCU) process converting CO2 to methane. MDEA is used as a CO2 absorbent;…
Florian Haakmann, Nina Kolbe, Julian Suer +2
This review examines the technical feasibility and environmental benefits of internal carbon cycles and CCU integration in the steel industry. It proposes a structured classification of internal carbon cycles by gas stream, conversion step,…
Dr. Sarita Chaudhary, Dr. Mala Mathur , Dr. Komal Arora , Dr. Santosh Kumar Agrawal, Dr. Abhishek Gehlot
This paper reviews electrochemical carbon capture and conversion technologies, covering electrode catalysts, electrolyzer design, and process integration. It highlights the potential for producing green fuels and chemicals using renewable e…
Rui‐Qi Jia, Zhi-Yuan Xue, Guang‐Wen Chu +2
This pilot-scale study demonstrates a phase-change absorbent for CO2 capture using HiGee rotating packed bed technology. The novel absorbent reduces regeneration energy by 48.08% compared to MEA, achieving 2.01 GJ/t CO2 with 91.64% capture …
Hui Li, Xiansong Shi, Weiwei Li +4
This study develops a covalent organic framework with deep eutectic linkages (Im-TBD) for low-concentration CO2 capture. It achieves high CO2/N2 selectivity (1711 under DAC, 230 under NGCC flue gas) and low regeneration temperature (60°C) w…
Nguyen T.T.H.
This paper presents a systematic approach for designing and optimizing integrated CCUS systems specifically for methane and methanol production. It aims to enhance overall efficiency and economic feasibility, offering insights for practical…
Singh Rawat S.
This paper introduces innovative high-temperature heat pump concepts for economically decarbonizing carbon capture units. The proposed designs aim to reduce energy use and costs in CCUS, improving overall system efficiency and supporting in…
Shin H.
This paper conducts comparative environmental techno-economic assessments of onboard amine-based carbon capture and boil-off gas handling systems on LCO2 carriers, evaluating performance and cost for decarbonizing maritime transport.
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