GX & Decarbonization Research

Korey Silverman-Roati, Romany M. Webb

This paper reviews the U.S. legal framework for direct ocean carbon capture and storage (DOCCS), a marine carbon dioxide removal approach. It identifies risks from facility construction, water intake, and CO2 storage, emphasizing the need f…

Yongjian Lian, Xurong Bai, Ruoying Yuan +4

This study evaluates the role of amines from carbon capture (MEA, PZ, DEA, MDEA) in urban new particle formation (NPF). It shows that DEA and PZ can dominate NPF under polluted conditions, challenging the conventional DMA-centric paradigm. …

Zani ACB, de Andrade AR, Reginatto V

This study demonstrates that reducing hydraulic retention time (HRT) in a continuous bioelectrochemical reactor enriches a specialized mixotrophic consortium, enhancing inorganic carbon removal by 2.6-fold and maximizing acetate production.…

Neil C. Dalvie, A. Jalihal, Abigail Fitzgibbon +6

This study demonstrates that engineering bacteria to overproduce siderophores significantly accelerates rock weathering, enhancing CO2 removal. It offers a bio-enhanced pathway for scalable negative emissions technologies.

Bouramdane, Ayat-Allah

This study, to be presented at the 2026 CCS at Sea conference, assesses the carbon reduction, economic, and social benefits of offshore CCS in the Baltic and North Seas across multiple Swedish sectors. Detailed methodology and results are n…

Vasiraja N

This study evaluates CO2 capture performance using activated carbon derived from Sesbania grandiflora. Experiments show efficient CO2 adsorption by this biomass-based material. The findings contribute to developing low-cost and sustainable …

Ahmed Abdulla

This thought piece models the net capture performance of leading carbon dioxide removal technologies, offering actionable insights for policymakers and investors to prioritize support for CDR deployment.

Aleš Paulu

This paper conducts a prospective life cycle assessment (LCA) of methanol synthesis via plasma-assisted waste gasification with carbon capture, evaluating GHG reduction potential and integration of waste treatment and fuel synthesis.

Unnimaya Thalakkale Veettil, Fengyang Wang, Mirva Eriksson +2

This study investigates electrospinning of softwood kraft lignin with cellulose acetate to produce composite fibers, evaluating their dye adsorption capacity and subsequent carbonization for carbon dioxide capture. It demonstrates the poten…

Shixuan Cheng

This paper proposes a unified machine-learning framework combining simulation, active learning, SHAP interpretability, and evolutionary inverse design for carbon capture and storage (CCS) and underground hydrogen storage (UHS) in deep salin…

Bandara S, Rathnayake M, Munaweera I +4

This review critically examines textile-based materials for carbon dioxide capture, including functionalized textile substrates and sorbents derived from solid textile waste. It covers platforms incorporating porous carbon, metal-organic fr…

M. Lawati, Nilesh Sonawane, Abeer Wahaibi

This paper addresses the dynamic challenges of transitioning from dense-phase CO2 injection to mixed CO2-hydrocarbon gas injection after CO2 breakthrough in a low-permeability carbonate reservoir in North Oman. It proposes a fit-for-purpose…

Wilson McNeil, Robert Harley, Chelsea Preble +1

This code allocates electricity load to US coal and NGCC plants through 2050 and estimates air pollutant emissions from CCS-equipped and non-CCS plants. It provides inputs for air quality models to quantify health damages, enabling comparis…

Perazich, Milan

This repository contains reproducible materials for an MSc dissertation analyzing CCUS policy persistence from 2019-2024 via critical discourse analysis. It supports transparency and auditability, enabling readers to follow analytical steps…

Jan Cedrick Quintin, Ronaldo Fabicon

This paper presents a low-cost gas adsorption apparatus for comparative CO2 uptake analysis in activated carbons, aiding in the evaluation of carbon capture materials.

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This peer review report evaluates a paper on new primary reference materials for gas composition in CCUS. It assesses how these materials support industry and meet European manufacturer specifications, approving it with reservations. The wo…

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This paper discusses the role of carbon capture technology in mitigating climate change and reducing global emissions, advocating for policy support and technological advancement in CCUS.

Karan Sotoodeh

This paper examines the relationship between carbon capture and environmental sustainability. No abstract is provided, but the title suggests a focus on CCUS technology.

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This paper analyzes the interdependence between carbon capture technologies and the water–energy nexus, examining trade-offs in water consumption and energy efficiency to outline requirements for sustainable CCUS deployment.

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This paper explores the intersection of carbon capture, circular economy, and resource efficiency, likely focusing on integrated approaches like waste-to-energy and CO2 utilization.