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 421–440 of 1903 papers
Ana Laura De la Colina Martínez
This paper focuses on carbon capture using concrete wash water, exploring potential CO2 emission reductions in the construction industry. Specific methods and results are unclear, but it highlights an innovative application of CCUS.
Allam AN, Qasem NA, Nemitallah MA +2
This study proposes an integrated SMR-adsorption process for blue hydrogen production and evaluates CO2 capture and hydrogen purification via CFD. Results show that low temperature, high pressure, and low GHSV extend breakthrough time and i…
Jingjia Li, Heng Chen, Xin Yuan +3
This paper focuses on enhancing flexibility and optimizing scheduling for carbon capture power plants, addressing peaking demand and cost reduction. Although specific methods and results are unavailable, it offers practical insights for gri…
Sihong Cheng, Zichang Che, Wenbo Zhang +3
This paper proposes a framework for energy-efficient dynamic control of carbon capture in hot blast stoves, combining physics constraints and surrogate models to reduce operational energy consumption while maintaining capture efficiency. It…
Aiken, Richard
This paper provides a complete computational pipeline and outputs for optimizing acoustic measurements of CO₂ mixtures relevant to CCS metering. It includes D-optimal designs, covariances, and reproducible scripts, supporting accurate flow …
Kong Y.K.
This paper proposes a calcium looping CCUS technology combining carbonation and calcination of cement paste, enabling simultaneous CO2 capture and recycling of cementitious materials. It evaluates the cementitious properties of calcined car…
Xuan A.
This paper analyzes the carbon footprint and economic viability of retrofitting coal-to-hydrogen plants with CCUS. It evaluates the technical and economic feasibility of decarbonizing coal conversion, offering insights for policy and indust…
Qin Yu, Yiwei Huang, Liangde Huang +3
This paper assesses municipal solid waste incineration integrated with oxygen-enriched combustion and carbon capture from exergy, environmental, and economic perspectives. It analyzes decarbonization benefits and economic viability, offerin…
Sobia Riaz, Muhammad Sohail, Haleema Sadia +4
This review outlines carbon capture technologies for achieving net-zero emissions, covering pre-combustion, post-combustion, and oxy-fuel processes, along with methods like solvent absorption, membrane separation, and CO2 conversion. It als…
Yan T.
This review systematically organizes the mechanisms of CO2 corrosion in CCUS (carbon capture, utilization, and storage) and outlines current anti-corrosion measures and challenges. It provides insights for improving the reliability of pipel…
Tang H.
This paper examines the potential of multi-sector-shared CCUS networks in China's carbon-neutral vision. By sharing CO2 capture, utilization, and storage infrastructure across industries, it aims to reduce costs and improve efficiency. It a…
Liu M.
This paper evaluates the cost reduction potential of CCUS cluster projects for coal-fired power plants in Guangdong Province, China. It analyzes how clustering can leverage economies of scale and shared infrastructure to lower costs, offeri…
Bacci A.
This paper assesses US CCUS tax credits and tax equity project financing under bilateral tax treaties and BEPS actions. It analyzes how international tax complexities affect the viability of CCUS investments, offering policy and practical i…
Pengzhi Wei, Hongxian Liu, Shixun Bai +2
This study investigates surfactant and CO2 huff-and-puff EOR in shale reservoirs using NMR experiments and molecular dynamics simulations. CO2 achieved higher cumulative recovery (37.30%) than surfactant (24.01%), excelling in mesopores, wh…
Safwan Nadweh, Nabil Mohammed, Saad Mekhilef
This paper proposes a hybrid modeling framework integrating metaheuristic optimization (GA, PSO, ANN) with mass and energy balance equations for small-scale CCUS systems in emerging economies. The optimized design achieves 90-95% CO2 captur…
Xingyuan Lei, Xuelin Chen, Yanyan Hu +7
This study synthesizes lignin-derived carbon nanosheets via one-step co-pyrolysis, achieving high CO2 uptake (8.85 mmol/g at 273K) and good CO2/N2 selectivity. The material enables solar-driven regeneration, offering a low-energy carbon cap…
Aditya Singh, Satyabrata Sahoo
This study investigates the kinetics and charge-discharge performance of activated carbon derived from industrial waste for physisorption-based CO2 capture, aiming to combine waste valorization with carbon capture.
FatmaElzahraa S. Seleem, Farah M. Husseini, Maryam G. Elmahgary
This review compares five Direct Air Capture (DAC) methods and provides the first comparative analysis of DACCS and CCUS deployment in Egypt and the UAE. It examines storage sites such as BED&SITRA and Obaiyed in Egypt, and ESI, Al Reyadah,…
Kattel G.
This paper addresses the planning of CO2 transport and geological storage networks for net-zero buildings, incorporating uncertainties in storage capacity and injectivity. It proposes a risk-aware optimization approach to ensure robust desi…
Mazaheri A.H.
This paper investigates the mechanisms of carbon mineralization (carbonation) of alkaline mine residues and industrial wastes for CO2 sequestration. It suggests the potential to simultaneously achieve waste reuse and CO2 reduction, drawing …
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