GX & Decarbonization Research

Rayi Kharisma Rajib, Yohan Asdul Aditama, Shealsy Ainunna Mei Pratiwi

This article examines the integration of Carbon Capture and Storage (CCS) as a legal and technical instrument to reduce emissions from coal-fired power plants in Indonesia. It evaluates the effectiveness of Indonesia's emission reduction fr…

Fei Liu, Heng Chen, Erli Dai +3

This paper examines performance enhancement of coal-fired power plants with carbon capture systems through integration of thermal energy storage. Although the abstract is unavailable, the approach likely improves CCS efficiency and operatio…

Y. J. Wu, W.L. Wang, Y.X. Zhu +3

This paper proposes a post-combustion CO2 capture technology using vacuum pressure swing adsorption (VPSA) with LNG cold energy utilization. By using LNG cold energy for temperature control of the adsorbent, it improves energy efficiency. T…

Hao Zheng, Menglong Sheng, Yi Yang +5

This study presents a method to construct ultrathin and efficient carbon capture membranes using electrolyte mixtures of polyvinylamine and alkali metal hydroxides on a modified surface, aiming to enhance CO2 separation performance.

S. Sathish, Sanjana A, Jeeva Karthikeyan +4

This paper uses machine learning to guide the design and optimization of functionalized metal-organic frameworks for enhanced carbon capture and photocatalytic conversion, contributing to sustainable carbon management technologies.

Hongtao Wang, Liangdi Jiang, Liang Huang +1

This review summarizes recent advances in hydrophobic and CO2-selective zeolites for carbon capture. It discusses zeolite properties, CO2 adsorption performance, and outlines future research directions.

Lebing Wang, Chao Chen, Jian Gang Jin +4

This study proposes a two-stage optimization framework for LCO2 shipping network planning and vessel scheduling within an OCCS demonstration project. It uses a network flow model to minimize transport cost and a fleet deployment model to de…

Oluwatosin O Adewole, Taopheeck Yusuf, Victor Hammed +1

This paper presents a comprehensive design framework for large-scale direct air capture (DAC) systems using moisture swing adsorption (MSA), achieving 50-70% energy reduction compared to thermal swing. Levelized costs are estimated at $150-…

Y. Elaouzy, Mustapha Soukri, Kumar Patchigolla +2

This study assesses the technical and economic feasibility of integrating direct air capture (DAC) with solar tower and chimney power plants, evaluating energy consumption, costs, and carbon removal potential. It highlights the synergy betw…

Athira Rajasekharan Sujatha, Princy Deni Raju, Chettiyam Veettil Suneesh

This study systematically investigates the influence of pore parameters and structural features on CO2 capture performance in aminal-linked covalent triazine frameworks. It reveals that specific pore sizes and functional groups enhance adso…

Vahid Madadi Avargani, Hiwa Abdlla Maarof, Sohrab Zendehboudi +1

This review synthesizes quantitative environmental performance data for CCS technologies, highlighting energy penalties (20-30% for post-combustion), water consumption (0.7-19.8 m3/tCO2 for DAC), and carbon efficiency. Pre-combustion Selexo…

Shimeng Cui, He Tao, Yingjuan Shao +1

This study develops a novel hybrid material combining amino-functionalised ionic liquids with metal-organic frameworks (MOFs) to improve carbon dioxide capture even in the presence of water. Experiments show high CO2 adsorption capacity and…

Enang . A et al 2026 Idongest., Jamilu, Musa. G, Akinlotan, Omoyeni. O +3

This review critically assesses recent advances in membraneless and electrochemical carbon capture, comparing them to conventional amine scrubbing. Membraneless electrochemically mediated amine regeneration (EMAR) achieves >90% CO2 removal …

Filip Breitholtz

This study examines the climate impact and economic cost of producing hydrogen from biogas with CCS at a plant in Uppsala, Sweden. Three methods (steam methane reforming, pyrolysis, dark fermentation) are compared via LCA. Steam methane ref…

Chunhui Wu, Shunan Yu, Changan Zhou +8

This study develops an amine-functionalized hierarchically porous monolithic adsorbent for CO2 capture under humid flue gas conditions. It demonstrates high CO2 adsorption capacity and selectivity, potentially contributing to practical CCUS…

Jinyi Wu, Ruikai Zhao, W F Liu +5

This review focuses on the application of phase change materials (PCMs) for energy storage in fixed-bed adsorption carbon capture. Using PCMs can improve carbon capture efficiency and reduce energy consumption. It has potential to advance C…

wei wang, Jun Tian Zheng, Xue Lai Zhang

This paper provides a comparative review of industrial carbon capture technologies, focusing on the alkanolamine solution absorption method. It analyzes the performance and optimization pathways of various technologies, offering guidance fo…

Luis Yagüe, José Ignacio Linares, Eva Arenas +1

This paper analyzes the combination of bio-hydrogen and carbon capture and storage to decarbonize grey hydrogen, using a case study in Spain. It evaluates technical and economic feasibility, showing potential for application in existing hyd…

Unnimaya Thalakkale Veettil, Fengyang Wang, Mirva Eriksson +2

This study fabricates electrospun nanofibers from unfractionated softwood kraft lignin and cellulose acetate (up to 80% lignin). After carbonization, they achieve sequential dye adsorption (methylene blue, 19 mg/g) and CO2 capture (2.2 mmol…

(著者不明)

This decision letter pertains to a study on electrochemical carbon capture that integrates CO2 absorption and regeneration for efficient and stable operation, highlighting progress in CCUS technology.