Carbon corrosion in low-temperature CO 2 electrolysis systems
Mitigation of carbon corrosion, or the use of non-carbon based anodes, is required to achieve the necessary durability for industrial CO 2 electrolysis.
Engineering topics
Publications and source records attributed to Ferrell, Jack R..
Mitigation of carbon corrosion, or the use of non-carbon based anodes, is required to achieve the necessary durability for industrial CO 2 electrolysis.
Emerging CO 2 to SAF pathways facilitates diversification of fuel production with the potential for a near carbon neutral footprint.
This work develops an effective way to characterize bio-oil by quantitative 13 C NMR despite the complexity of bio-oil and proposes a simulation of C, H, and O content for pyrolysis oils based on 13 C NMR analysis.
Fast pyrolysis bio-oils are known to age upon storage at room temperature, resulting in changes to both physical properties (increase in viscosity) and chemical composition (decrease in carbonyl content).
Comprehensive analysis of the molecular weight distribution of raw and catalytic fast pyrolysis oils remains a key technical hurdle to understanding oil quality and multiple methods may be necessary to accurately represent all components present.