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 2341–2360 of 2846 papers
Watari T.
This paper examines how efficient use of cement and concrete can reduce the need for supply-side technologies like CCUS to achieve net-zero emissions. It highlights demand-side measures such as improving material efficiency and promoting re…
Coşkun Çetin, Alireza Bigdeli, Hesham Moubarak +1
This review systematically evaluates EGR techniques using CO2, N2, and hydrocarbon gases. It highlights CO2's density/viscosity advantages, N2's pressure support, and hydrocarbon miscibility for late-stage recovery. Hybrid CCUS systems are …
A. Al-Yaseri, S. Krishna
This study proposes a seawater-based process using n-butyl amine for simultaneous CO2 mineralization and enhanced oil recovery. Low dosage favors oil recovery via interfacial tension reduction, while high dosage maximizes CO2 sequestration …
Stephen Heath, K. Jarrahian, E. Mackay
This review explores the potential of subsurface microbial biomineralization for CCUS. Ureolysis and carbonic anhydrase-driven carbonate precipitation can seal fractures and enhance CO2 trapping. Challenges include microbial survival under …
Hesham Moubarak, Alireza Bigdeli, A. Agarwal +2
This review comprehensively surveys direct air capture (DAC) technologies, sorbent materials, energy systems, and subsurface CO2 storage. It compares solid- and liquid-based DAC, discusses challenges, and notes capture costs of $200-600/ton…
Zhiping Hu, Haobo Ren, Hao Chen +6
This study investigated the corrosion behavior of Q235B carbon steel in a mixed amine system for CCUS. Temperature was the dominant factor; corrosion rate increased with temperature. Under CO2-saturated conditions, the corrosion rate peaked…
T. G. Krupnova, O. Rakova
This review comprehensively examines the latest technologies and practices for decarbonizing the steel industry, focusing on innovations such as CCUS, direct reduction with green hydrogen, and direct electrolysis of iron ore. It analyzes cu…
Qili Lin, Jian Zhao, Xudong Zhu +4
This paper proposes an off-grid green methanol synthesis system integrating wind-solar hydrogen production and biomass gasification with multi-factor coordination. Using a MILP model, the optimal design achieves an annual methanol productio…
Jiuli Ruan, Yisong Wang, Tao Du +4
This study develops a quality-matched dynamic LCA framework for CCU supply chains using SMR tail gas CO2 in industrial parks. By matching capture purity to endpoint requirements (85-90% instead of 99%), it reduces capture energy penalties b…
Al Maamari Aaisha, S. Thakkar, Hamed AL Farsi +1
This study assesses the techno-economic feasibility of retrofitting post-combustion CCUS in Oman LNG's three existing trains. Amine-based capture can achieve 90% efficiency, reducing 2.4 MtCO2e/year (84% of Scope 1). Capital investment is U…
Abolhasan Ameri, Christophe Duwig, Henrik Kusar
This study experimentally evaluates triply periodic minimal surface (TPMS) packings for CO2 absorption in carbon capture processes. It compares the performance of TPMS structures and suggests potential for efficient CO2 absorption.
Terry Isson
This paper focuses on carbon capture technologies that use accelerated natural processes (e.g., enhanced weathering, biochar) and raises the issue of durability of carbon storage. No abstract provided, likely a conceptual discussion.
Yongjian Yang
This study focuses on the engineering application and performance evaluation of a shipboard carbon capture system combining amine absorption and membrane separation, tested on a 7000 TEU container ship. Sea trials demonstrated average CO2 c…
Yue Wang
This review systematically summarizes CCUS pathways including advanced adsorption, catalytic conversion, biological sequestration, and mineralization. It analyzes challenges such as material costs, energy consumption, environmental risks, a…
Adam Wilson
This report from the 2026 CCUS conference highlights the scaling and funding challenges of carbon capture, and the phenomenon of 'greenhushing' where companies underreport their transition investments due to political backlash.
Bu Y, Li E, Cheng H +1
This study analyzes thermo-hydraulic characteristics of liquid CO2 in cryogenic hoses for offshore CCUS. It validates the Gnielinski correlation for heat transfer and identifies key parameters affecting critical inlet pressure to maintain s…
Bhiksha Gugulothu, Amaleswari Rajulapati, Anusha Peyyala +3
This review focuses on catalytic CO₂ conversion and membrane separation, discussing innovations for industrial CCUS and global decarbonization potential.
Alexander R. Keeley, Andrew J. Chapman, Sunbin Yoo +5
This paper presents life cycle insights into direct air capture and utilization (DACU) systems and surveys public willingness to adopt them. It suggests DACU is a promising scalable carbon removal solution from both technical and social acc…
Bugra Arda Zincir, Burak Zincir, Yasin Arslanoğlu
This study evaluates various carbon capture technologies for shipboard applications using multi-criteria decision analysis. It compares factors such as efficiency, cost, and feasibility to identify optimal solutions for maritime decarboniza…
PRIYA RANJAN
This paper introduces the application and development of carbon reduction and carbon capture technologies in industrial sustainable development, analyzing the importance of CCUS in greenhouse gas reduction and highlighting cases in steel, r…
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