Ultrahigh Resolution Gas Chromatography ID: 2012-020
A novel method to significantly enhance gas chromatography performance by utilizing a moving thermal gradient.
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Technology Overview
This technology introduces an innovative approach to gas chromatography (GC) by controlling dispersion via a moving thermal gradient, effectively focusing peaks and improving resolution without compromising separation efficiency. Developed at Brigham Young University, this method leverages the principles of molecular and eddy diffusion, resistance to mass transport, and the van Deemter curve to optimize GC performance beyond traditional capabilities.
Key Advantages
- Enhanced separation efficiency and resolution
- Reduced peak broadening and improved analyte concentration
- Dynamic adjustment of peak width and spacing
- Decreased separation time
- Applicable to a wide range of chemical analyses
Problems Addressed
- Limitations of traditional temperature programming in GCChallenges in controlling peak dispersion and broadening
- Inefficiencies in separation time and resolution
Market Applications
- Chemical and pharmaceutical quality control
- Environmental monitoring and analysis
- Forensic and toxicological investigations
- Food and beverage industry quality assurance
- Research and development in chemical engineering
Additional Information
Technology ID: 2012-020
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 30 June, 2025
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