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 201–220 of 1903 papers
Zhihan Huang
This review surveys electrocatalytic CO2 reduction (CO2RR), covering CO2 sources, fundamentals, and recent advances in metal-based, carbon-based, and composite catalysts. Metal catalysts offer high activity, carbon-based ones are cost-effec…
Raymond R. Tan, Denny K. S. Ng, Kathleen B. Aviso +4
This work appears to examine repurposing abandoned mines for carbon sequestration (CO2 storage). Using mine voids as CCUS sites links industrial transition of resource-depleted regions with decarbonization. No abstract is available, so meth…
Shansen Wei
This dataset and code support a study modeling a staged CCS-then-hydrogen transition across 368 Chinese steel plants. Using an optimization model with carbon-trading scenarios, it shows CCS-first, hydrogen-later pathways can be economically…
Jialiang Dong, Ruikun Wang, Yulong Xie +4
This work engineers hydrophobic porous carbon using lignin pyrolysis tar as a regulator for durable CO2 capture under humid conditions. It targets a key CCUS adsorbent challenge—moisture-induced degradation—offering a materials-level contri…
Dima Azaiza‐Dabbah, Ronny Neumann
This study evaluates heterometallic polyoxometalate catalysts for electrochemical reactive capture (e-RCC), which reduces amine-captured CO2 directly to CO without separate purification. A Cu-Ga substituted polyoxometalate showed the lowest…
Majid Mohajeri, Saman Azadbakht
This review synthesizes 2003–early 2026 literature on cost-estimation methods and formulae across carbon capture, transport, utilization, and storage. It focuses on deterministic economic metrics (NPV, IRR, MARR, CBA, break-even, sensitivit…
W. C. Chen, Yong Pan, Suwen Hu +2
This paper reviews progress in carbon monoxide (CO) capture technology, comparing traditional methods (cryogenic distillation, adsorption, absorption, membrane separation) and emerging approaches (metal salt eutectic solvents, carbon anion …
Naveen Awasthi
This review surveys CCUS as an integrated carbon-management strategy, covering mature solvent absorption alongside emerging materials (MOFs, zeolites), utilization routes (fuels, chemicals, construction materials) and geological/mineral sto…
Xin Chen, Dale Prentice, Ross Arnold +18
This perspective presents seawater electrolysis pH-swing approaches that simultaneously enable atmospheric CO2 removal, renewable hydrogen production, and low-carbon cement/concrete production. It reports a gross energy intensity of ~2 MWh …
Wang P.T.
This study analyzes optimal deployment of carbon capture, utilization, and storage (CCUS) across China's high-emission industries under carbon neutrality goals. It examines where and how CCUS should be prioritized, offering quantitative ins…
Shahul Hamid S.K.
This paper assesses the economic and environmental impacts of carbon storage (CCS) in Malaysia. As no abstract is available, the specific methods and quantitative findings remain unclear, but the work likely examines costs and benefits of d…
Si-Mi Li, Yun-Long Wang, Zhen Chen +4
A dual-functional stainless-steel packing with a graphitic carbon layer boosts heat transfer by 61.7% and lowers CO2 desorption barrier by 36.5%. Pilot tests (~150 Nm3/h) cut regeneration energy to 2.18 GJ/tCO2 (28.8% reduction). Industrial…
Yan Xie, Jia Ouyang, Manu Suvarna +5
This review analyzes enzymatic electrosynthesis (EES), coupling biocatalysis with electrocatalysis to convert CO2 into value-added C2+ products for a circular carbon economy. It examines electron transfer mechanisms across carbon-fixing enz…
Chunyan Chai, Haoyu Shen, Mingrui Sui +6
A review classifying carbon-based materials by dimensionality (0D-3D) and their application in concrete. It synthesizes how carbon material structure affects mechanical and functional properties of concrete, with potential implications for …
Peter I. Macreadie, Finn Brown, Finnley Ross
This piece examines marine carbon dioxide removal (mCDR) as it reaches a critical juncture, surveying scientific understanding, governance gaps, and scalability challenges across ocean-based approaches. Authored by researchers at RMIT, Waik…
Callie Ndayirinde, Stein Maerivoet, Robin De Meyer +5
This study systematically examines solid carbon formation in a rotating gliding arc plasma reactor for non-oxidative methane coupling. CH4 conversion depends strongly on specific energy input, while H2 addition suppresses carbon deposition …
Neelam Bora, Nabajit Dev Choudhury, Rupam Kataki
This study compares engineered biochars derived from agro-industrial waste for CO2 capture, benchmarking adsorption efficiency and kinetics across materials. It links waste valorization with carbon removal, positioning biochar as a componen…
Zhenhua Wan, Chao Yu, Tianwei Zhang +3
This review examines coal fly ash (CFA) valorization beyond low-value bulk uses, focusing on three high-value pathways: CO2 capture materials, selective recovery of lithium, gallium and rare earth elements, and CFA-based polymer composites.…
Zihan Chen
This entry provides raw data for intelligent carbon-tracking navigation applied to mobile direct air capture (DAC). It combines AI-driven tracking/navigation with a carbon-removal technology, aiming to open the underlying dataset for reuse.…
Khaled Aldhufri
This paper develops an integrated scientific framework for applying CCUS to heavy construction materials such as cement, concrete, steel, and bricks. It combines thermodynamics, reaction kinetics, multiphase transport, poromechanics, carbon…
Browse by Topic