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Posts
Blogs
- Revolutionizing Phosphate Ester Fluid Filtration
- Setting Your Oil Maintenance Program up for Success in 2024 & Beyond
- Reduce Impact and Save Money by Managing Lubricant Chemistry
- Lubricant Maintenance Program Route Planning
- You Can’t Manage What You’re Blind To
- The Impact of Varnish on Bearings 101
- Lubricant Chemistry Management
- EPT Clean Oil Achieves ISO 9001:2015 QMS Certification
- MPC Varnish Potential Testing (ASTM D7843)
- Electro-Hydraulic Control Fluid Resistivity Correction
- Do Group II Oils Deserve Their Bad Reputation?
- Bad Turbomachinery Lubricant or Bad Maintenance?
- The Varnish Analogy that Leaves You Hungry for Answers
- Run-to-Profit with Proactive Monitoring and Predictive Maintenance
- Caution: All Ion Exchange Filters are NOT Created Equal
- A Penny Pinched is Worth $1 Million Lost
- MPC Varnish Testing: It’s not Just About the Number
- Stop Varnish Before It Starts
- Four Questions To Ask When Selecting Varnish Removal Systems
- What to look for when selecting a flushing company
- What to expect from an EPT Clean Oil High Velocity Flushing Service
- Four Simple Ways to Leverage Oil Analysis Data to Drive Informed Decisions
- A Proactive 4 Step Solution to Phosphate Ester Fluid Maintenance Challenges
EHC Systems
FAQs
- Aeroderivative Turbine Oil Maintenance 101
- Eliminating Particulate Contamination from Industrial Lubricants 101
- Eliminating Water Contamination from Hydraulic and Lubricating Fluids 101
- Oil Analysis and Testing 101
- Phosphate Ester Fluid 101
- Demulsibility 101
Lubricant Analysis
Lubricant Conditioning
Lubricant Varnish
News
Presentations & Webinars
- The Three Rs: A Sustainable Approach to Turbine Lubricant Management
- Sustainability – An Holistic Approach of Modern Lubrication Management
- Oil Analysis for Turbo-Machinery
- Phosphate Ester FRF Users
- Gas Turbine Lubricant Maintenance
- Ksp and Thermodynamic Considerations Relevant to Varnish Removal
- Getting Answers through Lubricant Condition Monitoring
- Phosphate Ester Varnishing
- Why Varnish Removal Fails
- Oil and Water Shouldn’t Mix
- What Routine EHC Fluid Testing Fails to Detect
- A Paradigm Shift in Gas Turbine Lubricant Management
Proactive Maintenance
Technical Papers
- What Routine EHC Fluid Analysis Fails to Detect: Improved Phosphate Ester Maintenance Through Non-Routine Testing
- A Paradigm Shift in Gas Turbine Lubricant Maintenance
- Oil and Water Shouldn’t Mix: Restoration of Steam Turbine Oil Demulsibility
- Varnish Mitigation: Relative Effectiveness of Non-Deposit-Forming Next Generation Lubricants vs. the Use of Varnish Removal Filters with their Conventional Counterparts
- Why Varnish Removal Fails: The Soluble-Insoluble Varnish Equilibrium
Turbines
Videos
- The Heart of Production
- The Life of an Oil Sample
- The Importance of Full-time Lubricant Chemistry Management with SVR® Oil Varnish Removal
- Gas Turbine Lubricant-related Failures and Solutions
- Change Intervals for ICB Filters Explained
- Proactively manage fluid chemistry and physical contamination to ASTM D8323 standards
- A Make-up, Not a Break-up.
- The best way to deal with lubricant varnish, is to never have to.
- A Breakthrough, Not a Breakdown.
