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 941–960 of 1954 papers
Wang, Yushu, Du, Wenli, Yang, Minglei +1
This study develops a spatial-temporal optimization model for China's cement industry (2025-2060) incorporating provincial resource heterogeneity and cross-province logistics. It evaluates cost-effective decarbonization pathways using techn…
Théo Le Gallais, Egi Adrian Pratama, Mohammad Sarmadivaleh +3
This study experimentally investigates carbon storage efficiency and permeability decay during CO2 injection in high-permeability sandstone, comparing microbubble and conventional methods. Findings suggest microbubble injection may improve …
Mazyar Zand
This paper proposes the concept of a rooftop carbon recovery hub, enabling distributed carbon capture at the building level. It discusses the technical feasibility and economic viability of such systems for urban carbon recycling.
Kivi. Iman R., Gao, Xiaowei, Krevor, Sam
This study develops a modeling framework coupling techno-economic growth and geophysical limits to assess feasible CO2 storage scaleup trajectories. Applied to the UK, it finds that offshore storage can meet government targets up to 175 Mt/…
DEL RIO, PABLO, Oviedo, Jose L., Kiefer, Christoph P.
This dataset enables replication of a systematic literature review on social acceptance of CCUS. It categorizes drivers and barriers from survey-based studies, supporting further analysis and evidence-based policy.
(著者不明)
This paper discusses the engineering challenges and advances in carbon capture, utilization, and storage (CCUS) technologies for achieving net-zero targets. It focuses on improving capture efficiency and reducing costs, providing insights f…
Wenjun Guo, Yoel R. Cortés‐Peña, Sarang S. Bhagwat +2
This study evaluates integrating CO2-to-methanol synthesis into commercial biorefineries to improve carbon efficiency. Using cellulosic ethanol as a case, two pathways (natural gas bi-reforming with CO2 and CO2 hydrogenation) are analyzed v…
Mazyar Zand, Mahdieh Zakizadeh
This paper proposes the concept of 'RESCUE' smart buildings that integrate renewable-powered carbon recovery, enabling net-negative energy and carbon export. It outlines a novel approach for buildings to act as active carbon sinks and energ…
Mazyar Zand
This proposal presents a concept for decentralized carbon recovery hubs in Vienna's smart buildings to achieve carbon negativity. It employs low-temperature electrolysis, potentially enhancing energy efficiency. Detailed technical data is n…
Esebaeva Zebo Qonirbaevna
This paper examines the opportunities and challenges of CCU technologies in the chemical industry, focusing on Uzbekistan. It analyzes how Uzbekistan's natural gas-dependent economy can benefit from converting CO2 into products like methano…
B. Maduike, V. O. Ndubueze, Mike Osagie Odigie +1
This study evaluates energy optimization and heat integration for amine-based CO2 capture from natural gas using Aspen HYSYS simulation. Results show MDEA systems with heat recovery reduce energy consumption by 25-35%, and absorber temperat…
Guocai Tian, Zhiqiang Hu, Ranran Geng
This review systematically summarizes machine learning applications for predicting gas solubility in ionic liquids, which are promising for carbon capture and industrial gas purification. ML enables high-throughput prediction beyond traditi…
Shivani Thakur, Amit Kumar Jha
This paper discusses carbon sequestration, a key strategy for CO2 removal and storage. It likely covers methods such as geological storage or enhanced natural sinks. The details are unclear due to missing abstract.
Michail Koilakos
This study evaluates the technical and economic feasibility of an onboard carbon capture system on an MR tanker. It estimates capture costs and energy consumption, quantifying the CO2 emission reduction potential. The paper positions OCC as…
Yilin Pi, Yi Li, Wangkun Ma +1
This study develops a method using functionalized carbon nanotubes to enhance the carbonation efficiency of carbide slag, providing a sustainable carbonate source for low-clinker limestone calcined clay cement (LC3), thereby contributing to…
Ali Alian Fard, Farzin Hosseinifard, Mohsen Salimi +1
This study proposes a renewable methanol production system integrating biomass gasification, CO2 utilization, and renewable hydrogen. Using Aspen Plus for 4E analysis, it shows that eliminating energy-intensive units reduces costs and envir…
F.F.Rustamova, H.K.Qurbonnazarova, J.M.Suyunov
This review article comprehensively covers carbon capture, utilization, and storage (CCUS) technologies, including chemical absorption, membrane separation, cryogenic separation, and biological capture. It discusses conversion of CO₂ into v…
Statistics Canada
This paper presents statistical data on barriers to purchasing technology-enabled carbon dioxide removal (CDR) credits before the end of 2030, categorized by NAICS, business size, type, activity, and ownership as of Q2 2026. It provides a d…
Subhadeep Rakshit
This paper presents the CBEDv1 model for mechanistic evaluation of benthic carbon sequestration as a marine CO2 removal strategy. It includes code for steady-state and transient runs along with experimental output data.
Karan Sotoodeh
This chapter examines the intersection of carbon capture and storage (CCS) and environmental justice, arguing that carbon management policies must consider fairness and community inclusion. It discusses past inequities in siting industrial …
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