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 381–400 of 1641 papers
Shuli Wang, Jiali Yu, Zhuanghan Lin +5
This is an author response discussing a solidothermal self-assembly method to design N-doped ordered mesoporous carbons for efficient CO2 capture and conversion. The material is likely tested for adsorption and catalytic conversion performa…
Qiang Zheng, Fuxin Yang, Houzhang Tan +1
This study develops energy-efficient non-aqueous carbon capture absorbents by leveraging deep eutectic solvents (DES), which can reduce the energy penalty of CO2 regeneration compared to conventional amine-based solvents. The approach offer…
Janna Aljoubory, Eleni Iacovidou, Kok Siew Ng
This study provides a comprehensive techno-economic and life cycle assessment of integrating carbon capture and storage (CCS) into energy-from-waste (EfW) systems. For a 250 ktpa plant with 80% CO2 capture rate, the system incurs a 35% ener…
(著者不明)
This paper presents a materials science study on solidothermal self-assembly to design N-doped ordered mesoporous carbons for efficient CO2 capture and conversion. Without an abstract, specific findings are unclear, but it likely contribute…
Wenzhong Gao, Xikang Wang, Zhen Tian +3
This study experimentally investigates the dual-parameter coupling effects on a compact ship-based carbon capture system and evaluates its performance using a 5E framework (energy, environment, economy, etc.). The findings provide key insig…
Linus Bergler, Leandra Scharnhorst, Anthony Britto +2
This paper presents a logit-based technology diffusion model to forecast carbon capture adoption in Europe's hard-to-abate industrial sectors (steel, cement, chemicals). It analyzes how policy scenarios and economic conditions affect adopti…
Yongting Shen, Jinyue Yan, Hongxing Yang
This paper reviews emerging solar-driven carbon capture technologies across materials, devices, and systems. It provides a comprehensive overview of the potential and challenges for sustainable decarbonization.
(著者不明)
This paper reviews solar-driven carbon capture strategies, focusing on photocatalytic and solar-thermal methods to enhance efficiency and scalability of CCUS technologies.
(著者不明)
This review surveys solar-driven strategies in carbon capture technologies, discussing photochemical and thermochemical approaches to enhance CCUS efficiency through renewable energy integration.
(著者不明)
This review paper provides an overview of solar-driven strategies in carbon capture technologies. It summarizes the principles, efficiency, and challenges of solar-powered carbon capture methods, discussing their potential contribution to d…
Chaowei Wang, Chaowei Wang, C H Wang +7
This study examines co-gasification characteristics of low-volatile carbon-based solid fuel blends at the initial co-combustion stage under oxy-fuel condition, contributing to efficiency improvements in carbon capture and storage (CCS) tech…
Lu Liu, Wei Han, Zepeng Han +1
This paper proposes a coal-fired power generation system using chemical looping CO2-for-N2 substitution. It captures CO2 with lower energy penalty compared to conventional CCS, replacing CO2 in flue gas with N2 to achieve near-zero carbon e…
E.L. Subtil, R.A. Ragio, A.F. Mohedano +4
This paper proposes a system combining microalgal membrane photobioreactors with chemically enhanced primary treatment for resource recovery and low-carbon operation of water resource recovery facilities. Chemical pretreatment improves phos…
Sylvanus Lilonfe, Carlos A. Jimenez Cortes, Madeleine Mitschler +4
This study models over 10,000 configurations of low-carbon liquid electro-fuels and chemicals production, assessing trade-offs in life-cycle GHG emissions, energy efficiency, and water use. It accounts for embodied emissions from infrastruc…
Ahmed Ragab, Mohamed Ebeed, Ahmed Refai +3
This paper uses particle swarm optimization to manage smart multi-carrier energy hubs, minimizing costs and emissions. Integrating renewables and a carbon capture unit reduces total costs by 64.12% and CO2 emissions by 72.57%.
João Pedro B. Vasconcelos, Miguel D. Carvalho, Jean Felipe Leal Silva
This study evaluates the technical and economic feasibility of an Allam-Fetvedt Cycle power plant fueled by sugarcane-derived biogas for BECCS. Two scenarios (8 and 24 million tons sugarcane/year) are simulated using Aspen Plus. Economic an…
Haslinger B, Reischl B, Steger F +10
This study presents a scalable strategy for amino acid production from CO2 using the methanogenic archaeon Methanothermobacter marburgensis. Through Design of Experiments and CFD-informed hybrid modeling, process parameters were optimized, …
Sheng Chen, Ruiqi Wang, Mingchen Gao +5
This paper proposes integrating direct air capture (DAC) with urban energy networks to decarbonize buildings, evaluating both energy efficiency and emissions reduction.
Junjira Thipraksa, T. Yooyen, Phachirarat Sola +2
This study developed a carbon-capturing microbial fuel cell integrated with biochar-immobilized laccase-producing microbial consortia, achieving 73.15% melanoidin removal, maximum open circuit voltage of 619 mV, and carbon fixation of 0.13 …
Chuhan Fu, Wenkang Deng, Yalou Guo +12
This review systematically examines recent advances in direct air capture (DAC) technologies, focusing on capture mechanisms, energy efficiency, and integration with renewable energy. It compares commercialized and developing DAC systems an…
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