Gulf Coast Conference: John Wasson Discusses Data Retrieval From Chemical Processing Plant Streams
At the 2023 Gulf Coast Conference, LCGC spoke with John Wasson of Wasson-ECE Instrumentation, who discussed the process of retrieving high-quality, real-time data from chemical processing plant streams. This interview was one of four conducted live at GCC 2023.
Wasson spoke during the 2023 Gulf Coast Conference (GCC) in Galveston, Texas, with one of his lectures being titled, "New Revolutionary Process GC with Capillary Chromatography."
John Wasson started Wasson-ECE Instrumentation in 1986 to provide analytical solutions for the most challenging analytes and processes in the HPI and CPI industries. He is a recognized expert on the design and application of turn-key custom GCs for lab and process instruments. John will cover Wasson-ECE’s newest product line, Eclipse Process Gas Chromatographs, the most capable process analyzers available to the hydrocarbon industry.
LCGC sat down with Wasson to discuss the following questions:
- Can you give us a brief overview of the work you will be presenting (00:15–01:07)?
- What challenges are there with obtaining real-time, high-quality data about chemical processing plant streams (01:08–02:15)?
- How do the systems within your process gas chromatographs (PGCs) work to deliver quality data (02:16–02:58)?
- Where can these PGCs find practical usage (02:59–03:29)?
- Is there something specific about your work that you would like viewers to know (03:30–04:15)?
Our interview with Wasson was one of four conducted live at GCC 2023. For the other published GCC interviews, click on the links below:
Gulf Coast Conference: Elena Hagemann Discusses Using Raman and NIR to Analyze Petrochemicals
Gulf Coast Conference: Kevin Schug Discusses Predicting Gas Phase Vacuum Ultraviolet Spectra
Gulf Coast Conference: Jean-Francois Borny Discusses Evolutions in PFAS Analysis
Detangling the Complex Web of GC×GC Method Development to Support New Users
September 12th 2024The introduction of comprehensive two-dimensional gas chromatography (GC×GC) to the sample screening toolbox has substantially increased the ability to comprehensively characterize complex mixtures. However, for many gas chromatography (GC) users, the thought of having to learn to develop methods on a new technology is daunting. Developing a basic GC×GC method for most (nonspecialized) applications can be accomplished in minimal time and effort given parameter suggestions and ranges to target analytes in a sample of interest. In this article, the authors work describe a simple workflow to develop a GC×GC method for a specific sample upon initial use, with the aim of decreasing the time to accomplish functional workflows for new users.
