GX & Decarbonization Research

Allegra Mayer, USDOE National Nuclear Security Administration (NNSA), Eric Slessarev +3

This paper develops an economic framework for valuing reversible (temporary) carbon storage in a zero-emissions world. It addresses how to price duration and permanence risks of CO2 storage, with implications for carbon credits, accounting,…

Dominic Ross, USDOE National Nuclear Security Administration (NNSA), Yulan Han +9

This study reveals that solution and active site speciation control selectivity in electrocatalytic reactive carbon capture using diethanolamine over Ni-N-C catalysts. It provides fundamental insights for low-energy CO2 separation and advan…

Long Zhou, Guangzhi Liao, Tingting Lin +3

The paper proposes in-situ growth of ZIF-8 MOF nanocrystals inside natural sandstone to create a composite porous medium for better CO2 geological storage. The composite shows significantly higher CO2 uptake and improved two-phase displacem…

Yongliang He, Zhuo Li, Zhen Zhang +3

This study experimentally clarifies the permeability enhancement mechanism of coal via CO2 phase transition fracturing (CO2-PTF). Tests at 120, 150, and 185 MPa show that total fracture volume fraction increases by an order of magnitude and…

Alexis Costa, Antoine Verhaeghe, Arnaud Henrotin +4

This paper examines retrofit feasibility for micro gas turbines and proposes hybrid oxy-combustion strategies for next-generation carbon capture. It offers engineering insights on integrating CCUS with existing distributed power infrastruct…

Sara Elkasabi, Ahmed M. Alloush, Joseph Joe Habr +3

This paper provides a structure–function taxonomy of metal-organic framework (MOF) functionalization for carbon dioxide capture, offering a systematic framework to guide material design for CCUS applications.

Niedbalka, David, Marinis, Georgios Alexios, McKenna, Mae +4

This dataset accompanies the article on bifunctional MgO-stabilized CaO microspheres for integrated CO2 capture and dry reforming of methane. It provides experimental data organized by the publication's figures, covering material characteri…

Liu Z.

This paper experimentally investigates micromechanical degradation and creep evolution of carbonate reservoir rocks under anhydrous supercritical CO2 exposure, relevant to CCUS. Findings provide critical insights for long-term storage stabi…

Koh M.H.

This paper positions Carbon Dioxide Capture, Utilization, and Storage (CCUS) as an implementation of ESG, discussing its significance and challenges. CCUS is essential for decarbonizing hard-to-abate industrial sectors and can appeal to ESG…

Ndzila J.S.

This paper reviews mechanisms, applications, and challenges of enhancing steel slag performance in concrete via CCUS technique. By accelerating slag carbonation, it improves concrete strength and durability while sequestering CO2. This cont…

McGarry H.

This paper presents the case of Network Rail, the UK's railway infrastructure manager, in delivering low-carbon concrete as part of its net-zero routemap. It discusses practical approaches to sourcing and applying low-carbon concrete in rai…

Nehdi M.L.

This systematic review examines decarbonization technologies for the cement and concrete industry, assessing feasibility and challenges. Key pathways include carbon capture, alternative fuels, and material efficiency. The paper likely concl…

Muhammad Rifqi Adiwangsa, Laskary Andaly Metal Bitticaca, H. D. Ariesyady +1

This laboratory-scale simulation identifies sensitive water quality parameters for developing bioindicators to detect CO2 leakage from geological storage, contributing to reliable CCS monitoring.

Marzia Sesini

This paper explains how EU member states are funding and deploying carbon capture and storage (CCS) technology. It covers policy mechanisms, funding sources, and rollout strategies to decarbonize Europe's fossil fuel industry. The article p…

Chikezie Nwaoha, Xiujie Zhang, Bin Liu +1

This study experimentally evaluates a tri-solvent amine blend (AMP-PZ-DETA) for post-combustion CO2 capture. Compared to benchmark MEA, it achieves 33-61% higher equilibrium CO2 loading and 54-58% lower regeneration energy. The system also …

Aleš Paulu, Jan Matuštík, Kateřina Sukdolová +1

This study conducts a prospective life cycle assessment of methanol synthesis from plasma-assisted waste gasification with carbon capture. It analyzes GHG reduction potential and energy balance, exploring the feasibility of CCUS technology.

Lulu Chen, Xin Wang, Lian Liu +3

This paper reports a high-performance catalyst for CO2 capture by immobilizing carbonic anhydrase on MnO2 nanomaterials, showing enhanced capture efficiency and stability.

Sahand Saeidi Harzand, Alp Yürüm

This study micropore-engineered activated carbons from sunflower pith for CO2 capture. The materials exhibited high CO2 adsorption capacity, demonstrating potential for low-cost, sustainable carbon capture in CCUS applications.

Unnimaya Thalakkale Veettil, Maja‐Stina Svanberg Frisinger, Terence Infant +3

This study develops a method to immobilize carbonic anhydrase on stabilized lignin nanoparticles, enhancing aqueous-phase CO2 capture efficiency. The approach contributes to low-cost CCUS processes using natural materials.

Dimitris Bakalbasis, Dimitris Karadimas, Anastasia Vassilakopoulou

This paper presents the COREu project's development of an Industrial Metaverse Platform for CCS, integrating digital twins, AI, IoT, and VR/AR to support monitoring, training, and collaboration across the CCS value chain. Initial outcomes i…