Episode 060 - Matt Leucke - Renewable Diesel
In this episode, Erik Bjornstad interviews Matt Leucke from Neste about renewable diesel. They discuss the properties, production process, and...
1 min read
Erik Bjornstad : Oct 23, 2024 6:00:00 AM
In this episode of the Fuel Pulse Show's Back to School series, host Erik Bjornstad discusses the increasing problem of microbial contamination in modern stored fuels. He explains why today's ultra-low sulfur diesel fuels are more susceptible to microbial growth than older fuels, highlighting the role of water accumulation and fuel composition changes.
The episode covers the types of microbes found in fuel systems, where they thrive, and the problems they cause, including fuel degradation, corrosion, and filter plugging. Bjornstad emphasizes the importance of early detection and treatment of microbial contamination to prevent widespread issues in fuel storage and distribution systems.
Here are three notable quotes from the podcast episode:
[00:00:00] Introduction to the Fuel Pulse Show and the Back to School series
[00:00:30] Discussion on how modern stored fuels are more susceptible to microbial contamination
[00:01:00] Overview of microbes in fuel systems: bacteria, fungi, yeasts, and molds
[00:02:00] Reasons for increased microbial problems in today's fuels
[00:03:00] Where microbes thrive in fuel storage systems
[00:04:00] Problems caused by microbial contamination: fuel quality degradation and corrosion
[00:05:00] Issues with biomass/biofilm production and the potential for contamination spread
[00:06:00] Teaser for the next episode on detecting microbial contamination
[00:06:30] Closing remarks and call to action for subscribers and reviews
In this episode, Erik Bjornstad interviews Matt Leucke from Neste about renewable diesel. They discuss the properties, production process, and...
In this episode of the Fuel Pulse Show, host Erik Bjornstad delves into the basics of long-term diesel fuel storage. He explains that diesel fuel...
This episode continues the Back to School series, focusing on identifying and treating microbial contamination in fuel systems. Erik Bjornstad...