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MPC Products Testing Report Federal Electricity Commission (CFE) Mexico

This testing report discusses the use of MT 10 additive in hydroelectric turbine bearings to reduce operating temperature and increase power generation. It also explores unexpected results and successful applications in thermoelectric and steam turbine systems.

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MPC Products Testing Report Federal Electricity Commission (CFE) Mexico

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  1. MPC Products Testing Report Federal Electricity Commission (CFE) Mexico Muscle Products Corporation April 2006

  2. MT-10 Applied in Hydroelectric Plant Turbines

  3. Section of a Hydroelectric Turbine

  4. Peñitas Dam (Grijalva Hydroelectric Center)

  5. Lower Turbine Bearing (Containing MT-10)

  6. Upper Bearing = 2000 ltr. (528 Gallons) 1 Drum MT-10 (at 10%) Lower Bearing = 4000 ltr. (1057 Gallons) 2 Drums MT-10 Middle Bearing = 8000 ltr. (2113 Gallons) 4 Drums MT-10 Turbine Bearing Lubrication

  7. Letter Received from Eng. Luis T. Martinez Ramirez, General Manager of the Peñitas Hydroelectric Plant.

  8. Eng.. Alonso Garcia Granados Lasquety Representative for Muscle Products Corp., Mexico As per your request I wish to inform you, as General Manager of this generating facility, that we have been utilizing the MT-10 anti-friction additive that you represent in the guide bearings for the number 2 and 4 turbines and generators, obtaining a reduction in operating temperature between 2 and 3 degrees Centigrade, on the basis of which we consider the results obtained up to this date to be satisfactory. At the same time I would like to mention to you that according to the results of laboratory tests on oil samples taken from these units I would also like to mention that on the basis of laboratory testing of oil samples taken from these units we have requested that MT-10 be applied in all the lubrication systems of these machines. I will inform you further on this point at some later date. I send you my warmest regards and my hope that we are soon in contact. Sincerely, Eng. Luis T. Martinez Ramirez General Manager Translation of Letter Received from Eng. Luis T. Martinez Ramirez, General Manager of the Peñitas Hydroelectric Plant.

  9. Lower Temperatures = Generate More Power Generate More Power with Same Amount of Water Advantages of Using MT-10 in Turbine Bearings

  10. Sometimes Things Don’t Go to Plan! MT-10 is being tested in a turbine guide bearing in the Temascal Dam in Oaxaca. But sometimes such tests do not go as smoothly as one would like...

  11. Temascal, Oaxaca But instead of going down, the bearing temperature went UP after adding MT-10! We had to convince the engineers that this was most unusual, and that some other factor must be at work

  12. Temascal, Oaxaca We took temperature readings and oil samples from the bearing with MT-10 and another bearing (shown here) where MT-10 had not been added.

  13. Temascal, Oaxaca The oil on the left is with MT-10. It shows clearly that the MT-10 cleaned the metal surfaces. Subsequent analysis showed a small increase in oil viscosity.

  14. Temascal, Oaxaca When they showed us the oil sump of another bearing it was clear enough where all the dirt had come from! In addition it also seemed that the dirt had blocked the heat sensor, causing a misreading of actual temperature.

  15. …Sometimes They Work Better Than Expected This small turbine in Argentina had MT-10 added 5 years ago. Since that time they have not had to change the oil and the turbine has worked perfectly.

  16. University Test of MT-10 in Turbines University of Comahue, Nuequen, Argentina. Tests done in scale model of turbine show lubrication benefits of MT-10

  17. MT-10 Applied in Thermoelectric Plant Turbines

  18. Steam/Gas Turbine Lubrication Steam/Gas turbines often use incompatible lubrication technology.

  19. Steam/Gas Turbine Lubrication But there are some thermoelectric turbines where we can apply MT-10. And we can clearly see that they would benefit from the product!

  20. Steam Turbine Lubrication One application where we have been able to use MT-10 is in the steam turbines of sugar mills. For example, here in Bellavista in Jalisco...

  21. Steam Turbine Lubrication …and in the Emiliano Zapata mill in Zacatapec, Morelos The sugar mills burn the sugar cane, creating steam which is used to drive the generators and power the gears.

  22. Steam Turbine Lubrication A sugar mill gear wheel in the Emiliano Zapata mill in Zacatapec, Morelos The gear is uncovered for maintenance. It is driven by a speed reduction box connected to a small steam turbine.

  23. Steam Turbine Lubrication This shows the inside of the turbine of the primary electric generator in the Emiliano Zapata factory.

  24. Steam Turbine Lubrication The chief engineer has been having serious wear problems with this gear. When wear gets excessive he has to change the oil, meaning that instead of generating power the mill has to buy electricity… at high cost!

  25. Steam Turbine Lubrication Another example of wear in this turbine.

  26. Steam Turbine Lubrication MT-10 was added on March 16, 2006. They applied 5% by volume.

  27. Steam Turbine Lubrication The oil used in the Zapata mill was Mobil DTE Heavy Medium

  28. Steam Turbine Lubrication A week after the MT-10 was added the temperature dropped by over 3oC. Which was the same drop in temperature experienced by the engineers in Bellavista, Jalisco The engineers were delighted!

  29. MT-10 in Hydroelectric Hydraulic Systems Wicket Gate Controles

  30. Hydraulic Lubrication The wicket gates control the flow of water to the turbine runner. It is important that they work smoothly as they need to maintain a constant flow to avoid damage to the turbine.

  31. Close Up of the Turbine

  32. Hydraulic Lubrication Wicket Gates seen from the outside

  33. Hydraulic Lubrication This is the tube the water comes down to one turbine! Peñitas Dam, Chiapas

  34. Hydraulic Lubrication The wicket gates are controlled by a hydraulic system.

  35. Hydraulic Lubrication Sometimes the hydraulic oil is contaminated by water, reducing the lubricity of the oil and provoking shorter parts life. MT-10 will help avoid wear even when the oil is contaminated.

  36. Hydraulic Lubrication And sometimes the hydraulic oil is contaminated by solid particles, sticking or jamming the pistons and other parts. If the particles are small MT-10 will unjam even a stuck piston!

  37. MT-10 EP Test Infernillo Dam, Michoacan

  38. EP Test: Infernillo Dam This tube feeds water to one of the turbines in the Infernillo Dam in Michoacan.

  39. EP Test: Infernillo Dam This bearing usually controls the butterfly valve inside the tube. The 65cm. discs have to support 85 tons! Usually turning it requires injecting oil under pressure. But the engineers successfully turned the valve with just MT-10 painted on to the discs.

  40. EP Test: Infernillo Dam Selling to hydroelectric and thermoelectric plants is not easy… But the MPC products work well… The volume potential is enormous! And the lessons we learn here can also be applied in other industries...

  41. This presentation, it’s contents and photographs are confidential and can not be reproduced without the written approval of Muscle Products Corporation ©Muscle Products Corp. 2006

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