GX & Decarbonization Research

Elison de Souza Sevalho, Desireé Soares da Silva, Kamila de Sousa Gomes +3

This review integrates biological, technological, and industrial perspectives on microbial CO2 bioconversion within bio-CCU frameworks. A bibliometric analysis of 913 publications maps growth and interdisciplinarity, while the paper assesse…

Shilin Guo, Yueqing Shen, Jing Zhao +19

A materials-science study on using molecularly thin bilayer carbon membranes for efficient CO2 separation. Ultrathin membrane design aims to improve separation performance, offering a foundational technology for lowering CCUS separation cos…

Toshikazu Sasaki, Toru Kubonaka, Shosei Morizumi +3

A study analyzing energy balance and phase equilibrium for a clathrate hydrate process that simultaneously captures CO2 and desalinates water. Only the title is available; it points to an integrated CCUS-plus-water technology pathway.

Amornchai Arpornwichanop, Supawat Taweekayujan, Yong-Song Chen

This study optimizes biomass gasification integrated with carbon dioxide capture and utilization (CCU) to improve syngas production efficiency. A joint team from Chulalongkorn University (Thailand) and National Chung Cheng University (Taiwa…

Wenwen Zhang, Rafiqul Gani A

A review of process intensification strategies for carbon capture and utilization (CCU). It discusses how reactor design and separation-process efficiency can cut the cost and energy of CCU. Without an abstract, detailed findings are limite…

Zihao Wang, Teng Zhou

A study on materials screening and design for carbon capture (CCUS) technologies. Though no abstract is available, materials selection and design are key levers for CCUS cost and deployability, offering foundational insight for decarbonizat…

Treerat Vacharanukrauh, Talita Nimmas, Suwimol Wongsakulphasatch +4

A review surveying process intensification approaches for carbon capture, covering membrane, absorption and adsorption routes. It organizes methods to cut capture energy demand and cost, and outlines technical barriers to industrial deploym…

(著者不明)

This work addresses process intensification for carbon capture and utilization (CCU). It targets more efficient, compact reactors and separation processes to improve the economics and energy performance of CCU. Though the abstract is unavai…

Hamad Hussain Shah, Piero Bareschino, Giuseppe Piso +3

A work on carbon capture, utilization, and storage (CCUS). No abstract is available, but it appears to be an overview of CCUS technologies and their role in decarbonization pathways. Details of methods and findings cannot be assessed.

Alexander Knebel

No abstract is available; the title indicates a thin carbon membrane for CO2 capture. It appears to be a materials-level CCUS separation technology that could lower capture costs.

Pengcheng Lu, Yian Yan, Zixuan Liao +3

This paper proposes a low-carbon economic dispatch model for integrated energy systems combining oxygen-enriched combustion with carbon capture, power-to-ammonia synthesis, and ammonia-blended thermal generation. A two-stage ammonia synthes…

Deng, Han, Iversen, Brage, Schøyen, Anthony +7

This preprint spatially analyzes the costs of inland CO2 transport across Europe and identifies best transport strategies. It contributes an economic-geographic assessment of transport infrastructure, a key enabler for building CCUS value c…

Haofan Wang, Jinfeng Ma, Lin Li +5

Using well-logging and geological data from 192 wells in the Yulin area of China's Ordos Basin, this study screens CO2 storage targets in low-porosity, ultralow-permeability saline aquifers. The authors identify two candidate aquifers and b…

Tuo Zhao, Zhaowei Xu, Yingxia Yang +1

Proposes a gradient mixed-amine architecture supported on N/P/O co-doped porous carbon for efficient, stable capture of low-concentration CO2 from indoor air. Aims to combine amine-functionalized sorbent stability with dilute-CO2 capture pe…

Ying GUO, Hongye LIU, Juan GE +2

A review of solar-assisted post-combustion CO2 capture (PCC) for coal-fired power plants. It surveys how solar thermal heat can supply reboiler duty and cut the energy penalty of amine-based capture. The paper maps technical progress, effic…

Thomas Prousalis, Babis Kantouros, Αθανάσιος Ι. Παπαδόπουλος +1

This work proposes an optimisation framework for multi-period deployment of integrated CCUS networks under uncertain carbon permit costs. It determines how and when to combine capture, utilisation, mineralisation, and sequestration under ca…

Samina Gulshan, Joshua Bouchard, Leon Xingyu Liang +7

A study on catalytic conversion of CO₂ into solid carbon for carbon capture and utilization in low-emission steelmaking. It offers a CCU pathway to curb emissions from the steel sector. Details are unavailable as no abstract was provided.

Muhammad Awais

This PhD thesis presents the first systematic DFT study of transition metal carbonitrides (TMCNs) as catalysts for electrochemical CO2 and CO reduction to green fuels. Analyzing 33 surfaces across 11 TMCNs and over 2000 reaction pathways, i…

Daniele Possanzini, A. Zucca, M. Provenzale +2

This study develops a laser-based ignition device for the Allam cycle, an oxy-combustion process combining efficient power generation with CO2 capture under high-pressure, high-temperature conditions. It details design features, integrity m…

Yurou Celine Xiao, S. Sun, Rui K. Miao +4

This piece addresses the industrialization of reactive capture of CO2, an integrated approach that converts captured CO2 directly into products rather than separating it first. It likely discusses scale-up, cost, and deployment pathways for…