1. 25 YEARS OF ENERGY SAVINGS
LUBRICATION ENHANCEMENT SYSTEM

2. MAIN BENEFITS CONSERVES energy
REDUCES friction of moving compressor parts during operation as well as start-up.
QUIETS the decibel level during operation.
PROVIDES relief from service issues.
RESTORES heat exchange by eliminating oil fouling.
SAVES time and money spent on repairs and downtime with payback times almost always less than 24 months.
maintenance

3. REFRIGERATION CYCLE
We'll begin with the cool, liquid refrigerant entering the indoor coil, operating as the evaporator during cooling. As its name implies, refrigerant in the evaporator "evaporates." Upon entering the evaporator, the liquid refrigerant's temperature is between 40 and 50°F and without changing its temperature; it absorbs heat as it changes state from a liquid to a vapor. The heat comes from the warm, moist room air blown across the evaporator coil. As it passes over the cool coil, it gives up some of its heat and moisture may condense from it. The cooler, drier room air is re-circulated by a blower into the space to be cooled.
The vapor refrigerant now moves into the compressor, which is basically a pump that raises the pressure so it will move through the system. Once it passes through the compressor, the refrigerant is said to be on the "high" side of the system. Like anything that is put under pressure, the increased pressure from the compressor causes the temperature of the refrigerant to rise. As it leaves the compressor, the refrigerant is a hot vapor, roughly 120 to 140°F.
It now flows into the refrigerant-to-water heat exchanger, operating as the condenser during cooling. Again, as the name suggests, the refrigerant condenses here. As it condenses, it gives up heat to the loop, which is circulated by a pump. The loop water is able to pick up heat from the coils because it is still cooler than the 120-degree coils.
As the refrigerant leaves the condenser, it is cooler, but still under pressure provided by the compressor. It then reaches the expansion valve. The expansion valve allows the high-pressure refrigerant to "flash" through becoming a lower pressure, cooled liquid. When pressure is reduced, as with spraying an aerosol can or a fire extinguisher, it cools. The cycle is complete as the cool, liquid refrigerant re-enters the evaporator to pick up room heat

4. How Frigi-Tech Works Frigi-Tech’s polarized molecules bond to the metal inside the system, preventing the insulating build-up of oil which occurs over time due to oil fouling.
Frigi-Tech will cause the insulating layer of oil to return to the compressor where it belongs and no longer builds up on heat transfer surfaces.

5. Frigi-Tech will restore the efficiency in the condenser and evaporator coils by restoring the heat exchange.

6. Treatment Times
Frigi-Tech is a one-time treatment. The only time additional Frigi-Tech is required is if and when a compressor is replaced or an oil change on a chiller.
maintenance

7. FEATURES &BENEFITS FEATURES BENEFITS
Increased heat transfer in the evaporator and condenser up to 25%
Improved cooling with shorter cycle times, equating to less run time and energy used
Reduction of friction
Lower amp draw and reduced start amps
Reduced noise and vibration
Comfort of the mechanical rooms
Lower operating temperatures of the oil and the compressor
For every 10 degrees Celsius a motor runs hotter, it reduces its life by 50%
Improved energy efficiency
Payback time realized in months and then all further savings go towards the bottom line.

8. TYPICAL BEARING WEAR
Worn roller bearing magnified 1000x.
This is a photograph of a worn bearing magnetized a 1000 times

9. CONDITIONED BEARING AFTER Frigi-Tech
Same bearing after Frigi-Tech was added. Metal surfaces become polished smooth to aid in friction reduction.
This is the same bearing showing how Frigi-Tech conditioned the metal surfaces. This demonstrates how Frigi-Tech will reduce noise and vibration as well as reduce friction.

10. This is the first slide of three test performed in a laboratory
This is the first slide of three test performed in a laboratory. This test represents the breaking force. We applied pressure to see at what point the lubrication broke down and caused the motor to lock up.

11. In this test we are applying the same amount of pressure with the same amount of time to measure the bearing wear in inches.
This is where we have the ability to say that we should double the remaining life of the compressor at the time Frigi-Tech is installed.

12. What this slide represents is the #1 enemy to an HVAC&R system, moisture. Moisture creates oxidation creating hydrochloric and hydroflouric acid. You can see when Frigi-Tech was introduced we show 3 times the oxidation and corrosion protection over the standard refrigerant oil. This won’t save you on energy but will save you on maintenance issues.

13. DO WE VOID MANUFACTURER’S WARRANTY ? FRIGI-TECH MEETS AND THEN EXCEEDS
After the introduction of Frigi-Tech there was a 1,500% improvement in the mixture lubricating ability. The modified Falex test was used to determine lubricity. Frigi-Tech exceeded the 582 pound limits of the test.

14. SYNTHETIC COMPARISON P.O.E. Oil VS. Frigi-Tech P.O.E. Blend
TYPICAL DATA
ASTM TEST
EMKARATE RL 68H
FRIGI-TECH P.O.E.
VISCOSITY cSt/100° D
66.9
VISCOSITY cSt/212°
D 445
9.6
VISCOSITY INDEX
D 2270 ?
124
POUR POINT °F
D 97
-20°
-40°
FLASH POINT °F
D 92
170°
518°
ANILINE POINT °F
D 611
N/R
DIELECTRIC STRENGTH KV
D 877 39
COPPER STRIP CORROSION
D 130 1
SEALED CHAMBER DISCOLORATION
D 1500
(1.0) CLEAR
(0) CLEAR
CHLORIDES PPM
D 808
<5
FALEX MODIFIED WEAR TEST
LUBRICITY RATING, LBS OF FORCE APPLIED 19
582.22*
Frigi-Tech is well within the recommendations of equipment manufacturers. In this example we compare to Suniso 3GS refrigerant oil. Frigi-Tech will not void warranties.

15. WHY USE SUNISO 3GS AS A BENCHMARK
In the field of comparison testing, we have used Suniso 3GS® as a benchmark product. Suniso is a certified refrigerant oil recommended by numerous major manufactures of air conditioning compressors.

16. SYSTEM COMPATABILITY
Frigi-Tech is compatible with any hermetically or semi-hermetically sealed system regardless of tonnage size and refrigerant.

17. REFRIGERANT COMPATIBILITY
Frigi-Tech is compatible with both new and old refrigerants.
Frigi-Tech has tremendous results with ammonia and all low temperature applications.
Frigi-Tech blends to meet all manufacturer’s specifications to ensure warranty compliance.

18. MAJOR BENEFITS Reduction in amperage and total kWh
Shortens cycle time by restoring the heat exchange
Conditions metal and reduces friction
Provides protection of the internal seals
Frigi-Tech is a one time application

19. ADDITIONAL BENEFITS Maintains volumetric capacity
Reduces excessive heat generation
Decibel level reduction
Major reduction in mechanical failures
Provides oxidation and corrosion protection

20. SUMMARY Increases System Performance Increases Cooling Efficiency
Environmentally Friendly
Improves Net Profit due to Reducing kWh and Decreasing Mechanical Failures
Payback times almost always less than 24 months.

21. Contact Information
8359 PRAIRIE WIND
HOUSTON, TEXAS 77040 or