EPT Clean Oil
Lubricant is the lifeblood of our turbines and is considered a powerful asset—some might even call it a hero. However, like many heroes, it has a secret weakness: water. Water contamination in lubricating
→Varnish formation in nuclear power plants is a significant issue that can result in substantial operational risks, decreased efficiency, and expensive downtime. Nuclear power plants depend on turbine and auxiliary lubrication systems, including
→As we reflect on 2024, we recognize the introduction of the Innovation Train, inviting you to join us on a journey focused on “teaching the world a better way” through Lubricant Chemistry Management.
→Oil and Water Don’t Mix Water contamination in steam turbine lube oil reservoirs is an ever-present threat to reliable operation. Reservoirs are susceptible to moisture entering through steam leaks, seal bypass, and condensation
→June is an exciting time of year, with change in the air. Spring showers have given way to sunny, summer skies. Gardens are abloom and BBQs aflame. Last but not least, the academic
→Welcome to the latest EPT Clean Oil Newsletter, where we bring you the most recent innovations and advancements in Lubricant Chemistry Management. This edition focuses on the evolving landscape of phosphate ester fluid
→Teaching the World a Better Way EPT Clean Oil™’s vision is to Teach the World a Better Way to maintain critical industrial lubricants and fluids. That “Better Way” is Lubricant Chemistry Management. Throughout
→In part one of this four-part series, ‘You Can’t Manage What You’re Blind To’, we learned that lubricants don’t die suddenly; they die after relatively long periods of neglect. Lubricant death is, however,
→The Heart of Production Join us as we showcase EPT Clean Oil™’s “heart” of production! Our hard-working Operations Team takes the utmost care and pride in producing industry-leading turbine and compressor Lubricant Chemistry
→Jet lube applications exclusively utilize aeroderivative turbine oil, formulated using high-quality polyol ester base stocks. This oil is preferred due to its exceptional oxidative stability and unique viscosity requirements. Upon deployment, aeroderivative turbine
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