New Capabilities for Precise Total Nitrogen (TN) and Total Sulfur (TS) Analysis in Renewable Fuels

As renewable fuels continue to expand across global energy markets, laboratories face increasing pressure to deliver accurate, reliable and efficient Total Nitrogen (TN) and Total Sulfur (TS) analysis. New fuel types, evolving feedstocks, and stricter environmental regulations are driving the need for advanced analytical technologies capable of delivering consistent results across a wide range of renewable fuel applications.

In this webinar, TRACE explores the latest developments in combustion elemental analysis and how modern analytical solutions are helping laboratories improve performance, productivity, and compliance in renewable fuels testing. The session is presented by Sebastian Sanchez, Product Manager at TRACE, who brings extensive experience in combustion elemental analysis and laboratory solutions for the petrochemical and renewable fuels industries.

The webinar provides an overview of the growing importance of TN and TS analysis in renewable diesel, biodiesel, Sustainable Aviation Fuel (SAF), and other emerging renewable fuel streams. Attendees will learn about the key analytical challenges laboratories face when working with increasingly diverse and complex sample matrices, including issues related to precision, repeatability, low-level detection, and workflow efficiency.

The session also introduces new advancements in combustion analysis technology designed to support more reliable and automated testing processes. Topics include improvements in combustion performance, enhanced sample handling capabilities, automation solutions for difficult sample types, and technologies that support simultaneous sulfur and nitrogen analysis. These developments help laboratories reduce manual intervention, improve operational efficiency, and support more consistent analytical performance.

In addition, the webinar highlights how modern analyzer designs can support laboratories in meeting current and future regulatory requirements for renewable fuels while improving overall productivity and reducing maintenance demands. Real-world application examples will demonstrate how these technologies are being applied to renewable fuel testing workflows and the potential benefits they can bring to routine laboratory operations.

Key Takeaways

• Understand the increasing importance of TN and TS analysis in renewable fuels testing.
• Learn about current analytical challenges associated with complex renewable fuel matrices.
• Discover how new combustion analysis technologies can improve precision, reliability, and workflow efficiency.
• Explore automation solutions designed to simplify handling of challenging renewable fuel samples.
• Gain insight into how laboratories can prepare for evolving regulatory requirements and future fuel specifications.
• See how modern analytical solutions can help improve productivity while reducing operational complexity.

This webinar is ideal for Lab Managers, QC Technicians, and R&D Managers involved in renewable fuels testing who are looking to stay informed about the latest trends and innovations in trace-level sulfur and nitrogen analysis.

Join the Webinar!

Webinar Date: June 2nd, 2026

Webinar Times (choose from the two available timeslots): 

10:00 CEST/UTC +2

9:00 AM CDT/UTC -5

Duration: 1 hour (Q&A included)