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 761–780 of 1903 papers
Chia‐Yu Lin
This study develops a geopolymer-encapsulated graphene-supported cobalt phthalocyanine catalyst for converting diluted CO2 (simulated biogas) to CO. The dual functionality of the geopolymer (electrical conductivity and CO2 adsorption) enabl…
(著者不明)
This paper discusses the use of microalgae for integrated carbon sequestration and wastewater treatment, highlighting the dual benefit of CO2 capture and nutrient removal from wastewater, with potential for biomass valorization.
Md. Mirazul Islam
This chapter reviews algal-based CO2 sequestration as a sustainable CCUS method. Microalgae have photosynthetic efficiency of 40-93.7% and can fix up to 20% of CO2. Massive production on 13 million acres could capture 50 million tons of CO2…
Huijin Xu, Y X Zhang, Xuelai Zhang +1
This paper compares thermodynamic models for ideal and non-ideal solutions of MEA/AMP blends used in shipboard carbon capture. It quantifies the regeneration energy window and identifies optimal operating conditions for efficient CO2 remova…
Zeke Coady, SELINA ELLEN WIESNER, Amelia Turner +2
This work uses in situ NMR spectroscopy to investigate nanoconfined aqueous electrolyte and CO2 in supercapacitors for dual carbon capture and energy storage. It reveals changes in CO2 solubility and speciation in nanoconfinement, correlati…
Dominic Ross, Yulan Han, Hui‐Yun Jeong +8
This paper investigates electrocatalytic reactive carbon capture (RCC) using Ni-N-C single atom catalysts to convert captured CO2-amine adducts to CO. Combining computational and experimental approaches, it reveals that reaction pathways ar…
W. Liu, Y. Huang, Xi Zhang +4
This paper studies the dynamic characteristics of a coal-fired power plant integrated with a multi-column temperature vacuum swing adsorption (TVSA) carbon capture system. It analyzes operational flexibility, efficiency, and transient respo…
Ahmet ÇAKANEL
This paper proposes an integrity-first control approach for direct air capture systems under carbon certifiability constraints, aiming to ensure the reliability of carbon credits.
Fatin Aliya, Mardhati Zainal Abidin, Azizul Buang
This study conducts a bibliometric analysis of 1,036 papers (1997-2024) on dry reforming of methane (DRM) for CO2 conversion and hydrogen production, focusing on process safety. Results show a surge in research after 2017, with China and US…
David Y. Shu, Boxun Huang, Y. G. Kim +3
This paper proposes optimal design of solvent-based carbon capture processes considering part-load operation of coal power plants. Using stochastic optimization and a data-driven approach-to-equilibrium model, it reduces computational compl…
Oana R. Luca
This work integrates synthetic molecular design with mechanistic organic electrochemistry to develop improved quinone-based sorbents for electro-swing direct air capture (DAC). A quinone-annulated imidazolium scaffold was selected for its f…
Rahul Kumar
This chapter reviews recent advances in genetic engineering and synthetic biology to enhance microalgae-based carbon sequestration and nutrient recovery from wastewater. It discusses optimization of the Calvin-Benson cycle, carbon concentra…
Amrutha Shivaraju, Harika Vaddi, Amaramma B. Yaraladdi +1
This review synthesizes recent advances in multiomics technologies for coupled carbon and nutrient capture using microalgae and algae-bacteria consortia. Systems-level studies highlight antenna size minimization and optimization of carbon-c…
Rehab Mostafa Mohamed, Imran Ahmad, Ahmed Hamdy Zabady +1
Biohydrogen (bio-H2) is a sustainable, carbon-neutral energy vector. This review critically overviews recent advances in enzyme and strain engineering, immobilized photobioreactor design, and in-situ gas recovery. Integration with CCS offer…
D H Kim, Woong Kim, Da Hye Won
This study addresses the sluggish anodic OER in CO2 electrolysis by pairing CO reduction (CORR) with biomass-derived alcohol oxidation (HMFOR). Using Cu and V-doped Ni electrodes in an MEA flow cell, CORR-HMFOR reduces cell voltage by 0.3 V…
Rabah Mokhbi
This PREreview evaluates a preprint presenting the BMEED system integrating bipolar membrane electrodialysis with a CO2 electrolyzer for combined CO2 capture and conversion. It reports 98% CO selectivity at 34.00 kWh/kg-CO, a 17% energy red…
Paulina Núñez-Valenzuela, Julián O. Ovis-Sánchez, Elías Razo-Flores
Homoacetogenic bacteria can consume CO2 and hydrogen in oxygen-free environments to produce acetate and ethanol, offering potential for climate change mitigation and sustainable energy production.
Jang H.
This paper analyzes the legal framework of Korea's CCUS Act and its alignment with the London Protocol for international cooperation on transboundary CO2 transportation and storage. It highlights legal challenges and opportunities for CCUS …
Wang M.
This special issue focuses on carbon capture within the broader CCUS framework, providing an overview of recent research trends and developments.
Dufour M.
This paper examines how Nordic countries can achieve net-zero by using BECCS to counterbalance residual emissions, highlighting the challenge of unevenly distributed BECCS potentials among countries.
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