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 441–460 of 842 papers
Eduarda C. Queiroz, Emmanouela Leventaki, Alexandre Cuin +3
This study evaluates CO2 capture performance of steel slag and green liquor dregs via direct aqueous carbonation, analyzing how reaction conditions affect carbonation efficiency. It demonstrates potential of low-cost CCUS using industrial b…
Trinh Le Huyen, Van Quang Nguyen, Van Trung Pham +2
This study investigates the synergistic effect of CO2 on BH3-NH3 interactions, enabling simultaneous hydrogen release and carbon capture. It offers a novel chemical pathway for CCUS technologies.
Zhibo Zhang, Yani Wang, Mengzhen Zhu +10
This paper proposes an active learning-driven approach for process modeling and optimization of crude oil to chemicals coupled with carbon capture, aiming to improve efficiency and reduce emissions.
Sardar Dilbag Singh Khalsa
This patent describes a device that captures atmospheric CO2, converts it into useful byproducts (e.g., fuel, building materials), releases purified oxygen, and is powered by solar energy. It is modular and scalable for residential, commerc…
Mahdi Asgari, Etienne Mercier, Maria C. Iliuta
This paper reviews trends and advances in dual-function materials that integrate CO2 capture and conversion via the reverse water-gas shift reaction. It summarizes strategies in material design and performance enhancement, and outlines futu…
Ha Eun Lee, Jester Lih Jie Ling, See Hoon Lee
This study evaluates the life cycle greenhouse gas reduction potential of green hydrogen production using bioenergy with carbon capture and storage (BECCS). It quantifies the net emission reductions and provides insights for decarbonization…
Mi‐Young Lee, Dongjin Kim, Jun Woo Park +8
This study develops a paired electrolysis of CO and HMF to efficiently and stably co-produce ethylene and FDCA, key plastic monomers. By improving cathode-anode compatibility with a catholyte-layer design, it outperforms traditional CO2 ele…
Diana Murillo-Criado, Miguel A. Gonzalez, Maria José Tenorio +2
This molecular dynamics study shows that [BMIm][HCOO] is the best thermodynamic performer for CO2 capture among three ionic liquids, with a Henry's constant of 69 bar and physisorption enthalpy of -15.42 kJ/mol. Physisorption contributes ab…
Luca Gritti, D. Coffetti, Lorenzo Nani +2
This review examines the impact of condensates and impurities on corrosion in CO2 pipelines under carbon capture and storage (CCS) conditions. It highlights how pressure and temperature variations lead to phase changes and altered fluid che…
Peter McCallum, Susana Garcia
This webinar introduces MOFevaluator, a cloud-based platform for process-informed discovery of Metal-Organic Frameworks (MOFs), enabling efficient screening for carbon capture and other applications through an interactive web interface and …
Akhil Dilipkumar, Anshu Shukla, Dan Zhao +1
This paper presents an intensified carbon capture process using temperature swing adsorption in a parallel passage adsorber with the metal-organic framework CALF-20, demonstrating potential for improved efficiency and reduced energy consump…
Pozhhan Mokhtari, Phillip Sin, Maja Wlodarczyk +2
This study proposes a low-cost, high-performance composite sorbent for carbon capture using porous geopolymer-derived zeolite 4a monoliths. The porous structure enables high CO2 adsorption efficiency and sustainable manufacturing.
Wenna She, Peng Jiang, Yuefeng Qiu +7
This paper presents a system-level techno-economic and environmental assessment of low-carbon ethylene oxide production pathways. It evaluates the potential for decarbonization and associated costs.
Xiaoxiao Cao, Haoyan Lyu, Feng Ju +5
This study investigates performance optimization and carbon storage in low-carbon mine backfill using CO2 nanobubbles and high-volume fly ash. It is a promising approach for CO2 fixation in construction materials.
Ahmed Nagm, Ahmed Ali, D. Mohammed Noor +1
This study presents an economic evaluation model for CCUS-EOR in the Muglad Basin of Sudan, using CMG simulations to compare development scenarios. Results show substantial potential for large-scale CCUS-EOR, with success dependent on carbo…
Hesham Moubarak, Alireza Bigdeli, Coşkun Çetin +1
This comprehensive review assesses CCUS technology development, market trends, and deployment challenges. Current global operations capture 145 MtCO2/year across 25 facilities, with 130+ projects planned—a fourfold increase since 2015 but s…
Jorge Saldana, Cenk Temizel
This comprehensive review covers advanced multiphysics modeling for carbon capture and underground storage, including THM coupling, geochemistry, induced seismicity, cap-rock integrity, and monitoring. It integrates theory and field cases t…
Q. Hong, X.H. Chen, Y. Wu +4
This paper conducts a techno-economic analysis of pressurized absorption carbon capture for biogas upgrading. It evaluates costs and efficiency, providing insights for CCUS deployment.
Mahmoud Al Mughairi, Muhammad Abdul Qyyum
This paper analyzes low-carbon conversion pathways for flare gas in GCC countries, comparing monetization methods including CCUS. It proposes a practical screening framework, three-layer framework, and techno-economic evaluation models. It …
Yao Wang, Liguo Zhong, Aiwu Yuan +3
This study integrates a surfactant-CO2 composite system for heavy oil recovery with carbon sequestration. Field trials in 52 wells achieved a 66.7% increase in daily oil production, 11,700 tons of CO2 storage, and an input-output ratio of 1…
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