EPT Clean Oil
In the first video in this series, “ICB® Ion-Exchange Filter Change Intervals Explained“, we explained how to establish effective turbine lubricant maintenance and testing through regimented oil analysis and ICB® ion-exchange filter change
→Optimize the Performance of Today’s Gas Turbines Fill, forget, dump, flush, repeat. This consumable approach to lubricant lifecycle management has a compounding effect on asset predictability and costs. From the first day, a
→Extend Lubricant Life with Proven Lubricant Chemistry Management Patented ICB® Ion-exchange Filters target fluid chemistry, removing varnish molecules and restoring lubricant solvency. This engineered workhorse, like anything else, exhausts with time. To maintain your
→Engineered Fluid Contamination Solutions for critical Steam Turbine Electro-Hydraulic Control Systems (EHC Systems) The Electro-Hydraulic Control System (EHC System) is one of the most critical systems controlling steam flow, turbine speed and generator
→Not to generalize, but I think it is safe to say most of us can relate – partnerships take work. It is a daily and conscious commitment demanding of your time and attention.
→Stop lubricant varnish in its tracks. From the moment lubricants are put into service, they chemically breakdown. The primary pathway: oxidation. The result: oxidation waste products dissolve in the oil. This dissolved oxidation material
→If your turbine could talk, what would it say? What if the internal monologue of your turbine sounded like this? From the first day we are put into service our mission is to
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