Mobil DTE™ 700 Series
Our Mobil DTE™ 700 Series turbine oils are designed to improve productivity, enhance equipment reliability, and increase uptime in both steam and moderate-duty gas turbines. These turbine oils are engineered to provide:
- Improved deposit control
- Exceptional demulsibility
- Superior oxidation stability
- Enhanced rust and corrosion protection
Main Applications, Features and Benefits
Main Applications, Features and Benefits
Typical Characteristics
Features and Benefits
Mobil DTE 700 Series offers the following features and potential benefits:
|
Features |
Advantages and Potential Benefits |
|
Meets or exceeds most major turbine equipment builder specifications and industry specifications (ISO VG 32) |
Simplifies lubricant selection and application / Assures compliance with equipment builder's warranty / Minimizes lubricant inventory |
|
Superior oxidation, chemical and color stability |
Designed to provide extended oil charge life and help reduce oil purchases and disposal costs Helps control deposit formation to help reduce filter plugging and equipment fouling for reducing downtime and maintenance costs High level of turbine system reliability and reduced unscheduled downtime |
|
Excellent water separability |
Helps to insure good lubrication film to protect turbine bearings / Maximizes water removal system efficiency and minimizes oil replacement costs |
|
Enhanced rust and corrosion protection |
Prevents corrosion of critical oil system components for reducing maintenance and prolonging component life |
|
Rapid air release and resistance to foaming |
Prevents erratic operation and pump cavitation, reducing pump replacement and increasing pump efficiency |
|
Zinc Free |
Reduces environmental impact |
Applications
Mobil DTE 700 Series are designed to meet or exceed the requirements of circulation systems of steam and gas turbines. Specific applications include
• Electric power generation for high output base load utilities
• Gas Turbine Combined Cycle Power Plants operating in base load or peak generation modes
• Gas turbines in Captive Power plants
• Gas or steam turbine prime movers
• Hydroelectric turbine applications
