Nat Energy Resources Energy Savings Solution
Why Hydrocarbon?
| Refrigerant Name | R12 | R134a | R22 | R410a | Nat Energy |
|---|---|---|---|---|---|
| Classification | Freon | HFC | HCFC | HFC | Hydrocarbon |
| Ozone Depletion Potential (ODP) (Maximum index = 1) |
1 | 0 | 0.05 | 0 | 0 |
| Global Warming Potential (GWP) (UN benchmark index = 50) |
10, 890 | 1, 300 | 1, 700 | 2, 100 | 3 |
| Atmospheric lifetime (Years) | 100 | 14 | 12 | Not available | < 1 |
Why Hydrocarbon?
To reduce ODP, manufacturers created the HCFC and HFC refrigerants. However, both refrigerant types are found to have high GWP which is an environmental issue today.
To reduce GWP for refrigerants to the United Nations benchmark index of 50, hydrocarbon and ammonia-based refrigerants are deemed as valid alternatives to HCFC and HFC refrigerants.
As hydrocarbon gases are naturally-occurring, they cannot be patented and hence there can be no monopolistic price-fixing of the product.
Also, as hydrocarbon refrigerant comprises a blend of naturally-occurring gases, each brand of hydrocarbon refrigerant is differentiated by the mix of hydrocarbon gases in the formulation of the refrigerant.
Why Nat Energy Hydrocarbon Refrigerant?
Nat Energy Resources hydrocarbon refrigerant is a blend which we have tried and tested and found to achieve maximum energy savings for our customers.
Nat Energy Resources hydrocarbon refrigerant has a unique quality. For every 2.5 kilogram of HFC & HCFC recovered from any air-conditioning unit, only about 1 kilogram of hydrocarbon refrigerant is required for direct replenishment for the same or even better performance by the air-conditioning unit – a saving of 60% of refrigerant!
Nat Energy Resources hydrocarbon refrigerant is a very stable blend in terms of performance resulting in less wear and tear on air-conditioning unit compressors.
Nat Energy Resources hydrocarbon refrigerant meets with International and Australia/New Zealand standards.
Exclusive Proprietary Conversion Charging-in Process
Nat Energy Resource Hydrocarbon Refrigerant Technology is different from that of its competitors because of its exclusive proprietary hydrocarbon conversion charging-in process.
Nat Energy Resources exclusive proprietary hydrocarbon conversion charging-in process has undergone numerous R & D processes that it is able to obtain 13% to 37% energy savings for its customers.
Nat Energy Resources exclusive proprietary hydrocarbon conversion charging-in process also ensures that its hydrocarbon refrigerant is only a "drop-in" solution which does not require any alteration in the air-conditioning equipment.
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