This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 14 contributing 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 1101–1120 of 1903 papers
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…
N. Kiruthika, M. Kamaraj, J. Aravind +3
This review explores the use of nanomaterials such as MOFs, zeolites, carbon nanotubes, and graphene for carbon capture and utilization (CCU). It highlights how high surface area and tunable pores overcome limitations like high energy consu…
Peng Bian, Qinchen Meng, Xianyin Yu +3
This review systematically summarizes recent progress in Integrated CO2 Capture and Utilization (ICCU) technology, which reduces intermediate steps and improves carbon utilization efficiency compared to conventional separated processes. It …
Chlela S.
This paper examines the water use implications of deploying bioenergy with carbon capture and storage (BECCS) in a net zero energy system. It assesses the sustainability of BECCS under water resource constraints and provides policy insights…
Jing Han, Zhe Zhou, Zhaolong Ge +2
This study investigates how CO2 phase state (supercritical, gas, etc.) controls water displacement at multiple scales in deep bituminous coal, contributing to the evaluation of CO2 storage efficiency and security in coal seams.
Syamsurizal
This systematic review and bibliometric analysis of carbon capture literature (2025–2026) identifies the lack of integrated techno-economic and life cycle assessment as a key research gap. While AI-based modeling and optimization are emergi…
Mohd Sadiq, Ravi Sharma, Manisha Chaudhary +1
This review integrates petrophysical analysis with CCUS, highlighting its role in optimizing site selection, monitoring CO2 injection, and enhancing storage safety. It also discusses emerging technologies and enhanced oil recovery applicati…
Chinonyelum Udemu, Carolina Font-Palma
This study evaluates the techno-economic performance of low-temperature carbon capture technologies integrated with partial oxidation for blue hydrogen production. It compares costs and efficiencies, highlighting the feasibility of deployme…
Kuquan Xiao, Ping Zhou, Xiqiang Zhao
This paper presents a techno-economic assessment of a 100-ton/day electrochemical CO2-to-ethylene plant using a Cu10-Sn catalyst. Current total cost is $5,926/ton, but future improvements could reduce it to $767.6/ton, enabling net profit. …
Simon Molyneux
This oral presentation argues that Australia's energy security and decarbonisation goals require reducing subsurface uncertainty in hydrocarbon exploration, CCS, and storage projects, which depends on strategic new seismic data acquisition.…
Kunfeng Zhu
This presentation analyzes the dual mandate of gas production for energy security and CCS-enabled decarbonisation under Australia's Future Gas Strategy. It examines CCS integration plans, cost of avoided emissions, and levelized abatement c…
Stephen Stokes
This presentation examines direct injection options for CO2, eliminating intermediate storage and long-distance pipelines. It proposes using floating vessels to inject directly into wells, analyzing cost savings via cost-benefit analysis. T…
Gong W.
This review systematically covers calcium carbide slag (CCS) utilization for carbonation, from methods (direct/indirect carbonation, process parameters) to applications (CO2 sequestration, construction material/additive production). CCS car…
Marbun B.T.H.
This paper reports lessons learned from assessing the integrity of a planned converted CO2 injection well in a CCUS project in Indonesia. It summarizes technical and operational challenges and solutions, highlighting the importance of well …
Anipeddi M.
This paper reviews recent advances in hydrate-based CO2 capture, covering energy consumption, cost analysis, and policy perspectives. It also discusses machine learning-driven simulation of CO2 hydrate formation, highlighting potential for …
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