Shell Turbo CC 32 (209L)
Premium Quality Industrial Gas, Steam & Combined Cycle Turbine Oils
Shell Turbo Oils CC Have Been Developed to Meet the Severe Demands Imposed by Modern, Heavy Duty Turbine Applications, Exceeding OEM Specifications for Both gas and Steam Turbines. A Patented, Metal Free Additive Technology, Ensures That These Products Offers substantially Improved Performance Over Conventional Turbine Oils. The Unique Combination of Excellent Oxidation and Thermal Stability, Coupled With the Resistance to Formation of Deposits and Varnish, Sludge Control and Surface Properties Make Shell Turbo Oils CC an Excellent Choice Lubricant for Emerging Combined Cycle Turbine Technology, as Well as Existing gas and Steam Turbine Plants.
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Performance, Features & Benefits
- Superior Oxidation and Thermal Stability
Modern Combined Cycle and Stationary gas Turbines Operating at High Power outputs can be Very Stressful on the Oxidation and Thermal Properties of the Turbine oil. Lubrication Stability Failure in This Area can Create Operational Problems, System Deposits and the Formation of Varnish in Critical Areas. Shell Turbo Oils CC are Especially Designed to cope With These Conditions. Their Outstanding Oxidation and Thermal Stability, Coupled With the Resistance to Form Deposits and Varnish Reduces the Possibility of Unplanned outages. The Result is Extended oil Life, Less Maintenance and Less Downtime.
- Rapid air Release and High Resistance to Foaming
High oil Flows Contribute to the Possibility of entrapped air, Which can Lead to Pump Cavitation, Premature oil Oxidation and Excessive Wear. Shell Turbo Oils CC Exhibit Excellent Surface Properties With Minimal Foam Formation and Rapid air-Release, Which Minimises air entrapment, Reducing These Effects of High oil Flows to a Minimum.
- Excellent Water-Shedding Properties
Water Contamination is commonplace in Steam Turbines, Causing Corrosion and affecting Bearing Lubrication. Because of Shell Turbo Oils CC Outstanding Demulsibility Water can be Drained Easily From the Lubrication System, Protecting the Installation Against Corrosion and Premature Wear.
- Good Load Carrying Capacity
An Ashless, non-Zinc Anti-Wear System Reduces Excessive Gear Tooth and Turbine Component Wear Making it Suitable for use in Turbines With Highly Loaded Gears. Minimising Downtime and Maintenance Costs.
Main Applications
- Power Generation Combined Cycle Turbines.
- Industrial Steam Turbines.
- Industrial gas Turbines.
Specifications, Approvals & Recommendations
- Siemens TLV 9013 04 & TLV 9013 05
- Alstom Htgd 90-117
- General Electric GEK 28143A, GEK 32568f, GEK 46506E, GEK 101941A and GEK 107395a
- Siemens-Westinghouse 21 T0591 & 55125Z3
- Siemens/Mannesmann Demag 800 037 98 TD 32 / TD 46
- Solar ES 9-224W Class II
- DIN 51515 Part 1 L-TD & Part 2 L-TG
- GEC Alstom NBA P50001A
- JIS K-2213 Type 2
- ASTM D 4304-06a Type I, II & III
- Skoda : Technical Properties Tp 0010P/97 use in Steam Turbines.
- For a Full Listing of Equipment Approvals and Recommendations, Please Consult Your Local Shell Technical Helpdesk, or the OEM Approvals Website.
Health, Safety & Environment
- Guidance on Health and Safety is Available on the Appropriate Material Safety Data Sheet.
- Protect the Environment
Take Used oil to an Authorised Collection point. Do not Discharge Into Drains, Soil or Water.