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 21–40 of 837 papers
Li X.
This paper assesses the life cycle water footprint of modern coal chemical industry integrated with CCUS technology. It quantifies the water consumption impacts of CCUS deployment, offering insights for sustainable decarbonization.
Liu H.
This study proposes a prediction model for CO₂ corrosion rate in well tubing within CCUS systems. It incorporates key parameters such as temperature, pressure, and CO₂ concentration, aiming to improve the safety and longevity of CCUS wells,…
Rui Z.
This paper investigates the synergistic impact of CCUS and EOR, assessing the dual benefits of CO2 emission reduction and enhanced oil production.
Wang Z.
Comprehensive overview of CCUS technology, applications, and policy. Highlights its potential role in Japan's GX strategy and global decarbonization.
Dengguo Lai, Xiaoxiao Chen, Zhaohui Chen +10
This review comprehensively evaluates thermochemical conversion technologies and process engineering for gigaton-scale biochar production. It discusses reactor configurations, commercially validated processes, scale-up challenges (heat mana…
Joel Stockill
This paper reviews the first year of injection performance of the Moomba CCS project, Australia's first large-scale onshore CCS, which started operation in October 2024. CO2 is injected into depleted Toolachee reservoirs via five wells. Mon…
Michell A. Jiménez-Caballero, Johaira M. Ariza-Villamizar, Juan D. Arzuaga-Paternina +2
This study evaluates a lab-scale CO2 capture and utilization system using amine-functionalized activated carbon (AAC) from sugarcane bagasse, targeting the Middle Magdalena Valley in Colombia. The AAC, with high surface area, combined with …
Yi-Xiang Wang, Shuai Wang, Fanshu Ding +9
This paper presents amine-loaded sepiolite/carbon aerogel composites with conductive frameworks for direct air capture (DAC), enabling efficient CO2 desorption via solar or electric heating, thus improving DAC energy efficiency.
Zizhuo Xiang
This paper analyzes geomechanical responses to cold CO2 injection in hot reservoirs. It shows that pore-pressure-only assessments can mischaracterize fault stability risk. A novel pressure-temperature (P-T) stability diagram is introduced t…
Elín Valsdóttir, James Rice, Helga Ögmundardóttir
This paper analyzes community resistance to the Coda Terminal CCS project in Iceland from a procedural justice perspective. Based on ethnographic fieldwork (May 2024–February 2025), including 13 interviews, participant observation, and soci…
D. Venkateshwar Rao
This paper examines the integration of hydrogen energy and carbon capture, utilization, and storage (CCUS) technologies as a pathway for low-carbon energy systems. It reviews hydrogen production routes and CCUS integration, concluding that …
Julio Friedmann, Tetsu Murayama, Gavin Rennick +3
This panel explores Australia's unique position as a global leader in CCUS with two of the world's largest operating projects, extensive geological storage, and strong regional demand for decarbonization. It debates whether Australia can mo…
Zhaoxin Ji, Chen Wang, Youhong Guo
This review summarizes recent progress in polymeric gels for CO2 capture, covering molecular design, morphological control, and device integration. Polymeric gels offer high surface area and tunable interactions, enabling energy-efficient c…
Rendra Hakim Hafyan, Jhuma Sadhukhan, Marina Ramírez-Moreno +2
This study performs an ex-ante life cycle assessment of lithium carbonate production using CO2-based precipitation pathways, showing significant potential for reducing CO2 emissions compared to conventional methods, contributing to decarbon…
Leandros Paschalidis, Kai Fabian Kruber, Simon Müller +1
This paper focuses on the steam barrier as a design constraint in carbon capture and explores pathways to low-temperature regeneration. It aims to improve the efficiency of CCUS processes.
Ofira Ayalon, Miriam Lev-On, Daniel Madar +2
This paper reviews global CCS technologies and compares their maturity, efficiency, and cost. Focusing on Israel's natural gas-based fuel substitutes, it quantifies CO2 capture potential and costs for methanol, GTL, and NGCC power plants. F…
Istekova S, Logvinenko A, Kairov D +4
This paper evaluates the CO2 storage potential of the Zharkent Depression in Kazakhstan, integrating seismic and well data into 3D geological and hydrodynamic models. It identifies Jurassic aquifers as favorable and simulates injection dyna…
Ziqiong Hui, Dong Feng, Wenbo Zhao +4
This review summarizes recent advances in MOF composites for adsorption and separation of greenhouse gases (CO2, CH4, SF6, CF4). It highlights strategies to overcome pristine MOF limitations (poor water stability, high pressure drop, limite…
T. C. Gillow, I. Otaraku
This review assesses alkylamine ionic liquids (AILs) for integrated natural gas sweetening and CO2 mineralization. AILs offer advantages over conventional amines, including negligible vapor pressure and high thermal stability. The process, …
Xiaojun Xue, Zhiyu Wang, Lixing Zheng +2
This paper presents a techno-economic analysis of a low-carbon methanol synthesis system that uses captured CO2 from coal-fired power plants and hydrogen. It evaluates system costs, energy efficiency, and CO2 reduction potential, finding ec…
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