GX & Decarbonization Research

Ahmed Wagia-Alla, A. Alnaser, Abdulrahman W. Alrumaih

This paper presents an integrated methodology for designing, implementing, and scaling CCUS-EOR pilots. It combines laboratory characterization, geological screening, tracer diagnostics, monitoring, and numerical simulation within a closed-…

Siavash Davoodi, Bhabananda Biswas, Ravi Naidu

This review discusses recent developments and future prospects of halloysite nanotubes-based adsorbents for carbon capture and secondary utilization. The material is low-cost and sustainable, making it key for CCUS technology. The paper exp…

M Weisner, Vincent Philip Paglioni, Ryan P. Scott

This paper introduces a bow tie risk assessment framework to evaluate risks in CCUS development. Applying it to Colorado, it reveals how inconsistencies in CCUS definitions and applications lead to accountability gaps and lack of coordinate…

Engelbert Portenkirchner

This paper provides experimental data on reversible CO2 capture and release using an electropolymerized anthraquinone electrode in aqueous solution. The electrode shows potential for efficient, low-energy carbon capture, contributing to CCU…

Canada Foundation for Innovation

This paper introduces the International Test Centre for Carbon Dioxide Capture (ITC), a facility dedicated to testing and validating CO2 capture technologies. ITC enables performance evaluation and optimization of various capture processes,…

Thaís Martins Neves, João Pedro Weidlich Franco, Nilson Romeu Marcílio +1

This study explores low-cost kaolin and rice husk ash (RHA) to fabricate ceramic supports for carbon membranes for CO2/CH4 separation. The 90K10RHA support showed best properties. These low-cost supports are promising for light gas and hydr…

GholamReza Aghdami, Farzin Hosseinifard, Mona Zamani Pedram +2

This paper conducts a techno-economic and exergy assessment of an integrated solar-assisted carbon capture and hydrogen pathway for low-carbon urea production, analyzing cost and efficiency feasibility for industrial decarbonization.

Danila Vasilchenko (1599358), Vladislav Nikolaev, Roman Alekseev +6

This study reveals that MXene (Ti3C2Tx) undergoes hydrolytic self-decomposition during CO2 photoreduction, releasing CH4, CO, and other hydrocarbons. These decomposition products can be mistaken for genuine CO2 reduction products, highlight…

Sara Ostad Rahimi, Amanda L. Molder, Ani Ter‐Mkrtchyan +8

This study compares public perceptions of risks, benefits, and support for siting carbon capture, nuclear fuel, and large-scale energy facilities. Using survey data, it identifies factors influencing social acceptance of different energy in…

Jiayou Liao, Junling Lin, Shuangming Wang +7

This study fabricates a mixed matrix carbon molecular sieve membrane using DD3R zeolite as filler and 6FDA-DAM polyimide as precursor. At optimal DD3R loading (0.3 wt%), the membrane achieved CO2 permeability of 29,679 Barrer and CO2/CH4 se…

MJ Kamali, Peijin Jiang, Wanyue Tan +2

This study assesses the sustainability of lignin-derived structured carbons for scalable CO2 capture, providing decision-relevant indicators for large-scale deployment.

Laura Berra, Giulia Iacono, André Bardow +3

This study conducts a prospective LCA of alternative fuels (biomethane, e-fuels) and carbon capture (CCS/CCU) in Swiss gas turbines. Domestic biomethane reduces climate impacts by nearly 80% in the near term and approaching 90% in the long …

Sacha Frenay

This paper analyzes frictions at interfaces in the North Sea CCS supply chain, exploring challenges and opportunities for rearticulating the supply chain.

Maniarasu Ravi

This paper reports the synthesis and characterization of novel adsorbents for carbon capture (CCUS). It provides fundamental data on material development, contributing to efficient CO2 separation technologies.

Fang Ye, Xiaodong Sun

This study measures China's ocean carbon sink capacity (OCSC) from 2008-2022 using panel data from 11 coastal provinces, and analyzes spatial spillover effects with spatial econometric models. Findings show a consistent upward trend in OCSC…

Chunlei Zhao, Pan Zhu, Tiantian Chai +2

This paper explores methods to overcome natural limitations in biological conversion of CO2 for bioproduction, contributing to carbon capture and utilization (CCUS) research.

Emilie Yliheljo, Susanna Kaavi, Tiina Paloniitty

This paper critically examines the sustainability of forest-based biogenic carbon capture and utilization (BioCCU) value chains in the EU. It argues that individual chains may comply with RED and CRCF sustainability criteria, yet systemic s…

Siebe De Ley, Kevin Van Daele, Tom Breugelmans

This paper proposes reactor optimization for electrochemical hydrogen looping carbon capture. It contributes engineering insights to improve efficiency in CO2 capture technology.

Prachi Patel

This paper reports a novel metal-organic framework (MOF) that uses light to capture and convert carbon dioxide. The material selectively converts CO2 into useful compounds such as carbon monoxide or methane under visible light, with low ene…

Mu Lin, Elif Elbek, Emma Chaparro Bailey +4

This paper proposes an electrochemical carbon capture method using an anion exchange membrane electrode assembly. It produces a tunable CO2:H2 mixture at low energy input, enabling efficient carbon capture and utilization with reduced energ…