GX & Decarbonization Research

Liam J. S. Anderson, Clem De Preter, Thijs Van Thillo +3

This review systematically analyzes recent advances in electrochemical CO2 reduction to multi-carbon (C2+) products, focusing on reactor design, operating conditions, electrolyte, and catalyst layer structure. It provides insights into sele…

Gaurav Kattel

This paper provides datasets and computational scripts to quantify economy-wide emissions implications of carbon capture and storage deployment in the U.S. using a 402-sector environmentally extended input-output model. It assesses net abat…

L Chen, Xiangzhou Yuan, Lei Feng +5

This perspective reviews AI/ML applications in biochar engineering, noting that experimental validation and data-driven design are underexplored (<5% of studies). It proposes five actionable directions: automated data extraction with LLMs, …

Udbhav Agarwal, Annapurna Boruah

This paper proposes an innovative water-based carbon capture system to efficiently reduce CO₂ emissions from industrial processes. It describes the system design and performance evaluation, exploring the potential for practical implementati…

Kumar A.

This paper compares Benchmark and Aeon Blue Technologies for sustainable eFuel production, integrating Direct Air Capture and Green Hydrogen. It evaluates the decarbonization impact of combining CO2 capture with green hydrogen to produce sy…

Ade Ayu Oktaviana, A D Syafei, Yu Chen Cheng +3

This study evaluates CO2 adsorption of Sidoarjo Mud, a mineral-rich waste. Raw mud (0.11 mmol/g) outperforms pyrolyzed mud (0.09 mmol/g), highlighting pore size distribution over surface area. Demonstrates potential as a low-cost, waste-der…

Dipendu Saha, Xiaochao Tang, Giovanni S. Rapposelli +6

This paper proposes a process to produce ultra high-surface area activated carbon from sewage sludge, demonstrating a net negative carbon footprint. It contributes to waste-to-resource and CCUS pathways for decarbonization.

Kim S.

This paper explores the integration of solid direct air capture systems with green hydrogen production, analyzing economic benefits and curtailment reduction of renewable energy. The integration enables cost reductions and more efficient op…

Mukherjee A.

This paper presents an integrated techno-economic analysis of gasification and carbon capture (CCUS) in India, evaluating the economic viability and policy implications for decarbonization. It highlights the potential of combining gasificat…

Yang Z.

This paper investigates the corrosion behavior of a novel 17Cr3Mn2Ni2Mo triplex stainless steel in ultra-deep offshore carbon storage formation environments, providing materials science insights for improving durability of carbon storage in…

Paleologos E.K.

This paper addresses geoenvironmental engineering aspects of carbon capture, utilisation, and storage (CCUS). It likely examines subsurface storage safety, environmental impact assessment, and engineering challenges.

Makke M.H.

This paper proposes a machine learning-based method to assess impurity effects on thermophysical properties of CO2-rich mixtures, aiding optimization of CO2 transport and storage in CCUS applications.

Soleymani Babadi H.

This paper proposes a multi-objective optimisation framework for CCUS supply chains, quantitatively evaluating trade-offs among economic cost, environmental impact, and safety performance. It provides an integrated approach to support CCUS …

Jose L Alvarez, Bo Shang, Conor Rooney

Oxylus Energy's electrochemical CO2 reduction technology produces affordable green methanol. Using cobalt phthalocyanine catalysts in a membrane electrode assembly, it achieves selective conversion of CO2 to CO and methanol. With multi-kW s…

Fabian J. Dickhardt, Michael P. Nitzsche, Simon Rufer +2

This paper develops a thermodynamic framework to estimate upper bounds on performance for Faradaic dissolved inorganic carbon (DIC) removal systems in seawater. It couples a seawater speciation model to an electrochemical framework, compari…

Chia‐Yu Lin

This study develops a geopolymer-encapsulated graphene-supported cobalt phthalocyanine catalyst for converting diluted CO2 (simulated biogas) to CO. The dual functionality of the geopolymer (electrical conductivity and CO2 adsorption) enabl…

(著者不明)

This paper discusses the use of microalgae for integrated carbon sequestration and wastewater treatment, highlighting the dual benefit of CO2 capture and nutrient removal from wastewater, with potential for biomass valorization.

Md. Mirazul Islam

This chapter reviews algal-based CO2 sequestration as a sustainable CCUS method. Microalgae have photosynthetic efficiency of 40-93.7% and can fix up to 20% of CO2. Massive production on 13 million acres could capture 50 million tons of CO2…

Huijin Xu, Y X Zhang, Xuelai Zhang +1

This paper compares thermodynamic models for ideal and non-ideal solutions of MEA/AMP blends used in shipboard carbon capture. It quantifies the regeneration energy window and identifies optimal operating conditions for efficient CO2 remova…

Zeke Coady, SELINA ELLEN WIESNER, Amelia Turner +2

This work uses in situ NMR spectroscopy to investigate nanoconfined aqueous electrolyte and CO2 in supercapacitors for dual carbon capture and energy storage. It reveals changes in CO2 solubility and speciation in nanoconfinement, correlati…