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Eliminating Varnish-Related Failures Through Lubricant Chemistry Management

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Description

While turbine oil maintenance is recognized as being essential, many programs lack the basic information and tools to maintain their lubricants within specification. Existing lubricant maintenance is typically reactive, uses outdated filtration technology and does not target the root cause of most lubricant and mechanical failures: varnish.

This presentation introduces varnish and discusses lubricant chemistry management: a modern, sustainable approach to turbine oil maintenance that eliminates the possibility of varnish-related failures. Lubricant chemistry management offers users technical, cost and environmental advantages to different strategies which may be competitive or complimentary. Unlike traditional approaches that result in varnish accumulation and deteriorating oil quality over time, this approach maintains lubricant quality in ideal condition from day 1, improving performance and eliminating common issues. By doing so, lubricant chemistry management maximizes equipment performance, increases ROI, improves maintenance predictability and reduces the impact of power generation, allowing for more sustainable turbine operation.

Contributors

  • Matthew Hobbs

    Matthew G. Hobbs is the Manager of Research, Development & Technical Services at EPT Clean Oil. EPT are global leaders in the field of lubricant management, working with users to provide sustainable lubricant contamination solutions in critical industrial applications. Matthew is an active contributor to the turbine oil-related committees with the STLE, ASTM and ICML. Before joining EPT, Matthew obtained his PhD in synthetic chemistry from the University of Calgary and was the General Manager of a National oil analysis laboratory.

March 8, 2023
Wed 11:00 AM CST

Duration 1H 0M

This live web event has ended.

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