Energy
Determine fuel composition rapidly
For many energy sectors, traditional methods based largely on chemical analysis are cumbersome, requiring both labour and time. Nanalysis benchtop NMR can be useful in combining numerous tests into one, analyzing aromatic content, hydrogen content, ethanol content etc., quickly and non-destructively.
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Modern technique to assess key structural components of petrochemical or renewable fuel sources
Better understand your battery research - and so much more
Determine fuel composition rapidly
For many energy sectors, traditional methods based largely on chemical analysis are cumbersome, requiring both labour and time. Nanalysis benchtop NMR can be useful in combining numerous tests into one, analyzing aromatic content, hydrogen content, ethanol content etc., quickly and non-destructively.
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Batteries: The simplification of LiPF6 hydrolysis by decoupling of 19F and 31P (2022)
Batteries: Electrolyte Solvent Quantification Without Deuterated Solvents (2021)
Batteries: Electrolyte Solvent Quantification With Deuterated Solvents (2021)
The application of benchtop NMR for investigating the performance of H2S scavengers (2021)
Determining Hydrogen Content in Crude Oils Using Nanalysis Benchtop 1H NMR Spectroscopy (2020)
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If you’re interested in software packages that ease incorporation of your benchtop NMR, please inquire about:
Installation Qualification/Operational Qualification (IQ/OQ) software modules
Advanced User interface for optional application programmatic interface to write own pulse programs or control instrument remotely-
Developments of CFR 21 Part 11 Compliance.
For more information about incorporating benchtop NMR into your daily workflow, please inquire for free sample submission, optional automation, building a database and other tools.
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