What Can
The
Burner Booster
Do For You?
- Saves you money on oil usage
- Saves you money on service calls
- Reduces burner failures & shutdowns that leave you without heat
- Greatly reduces harmful emissions
Using The Burner Booster System, your oil is burned so efficiently that soot and damaging waste products that are normally left behind get burned up.
| Standard Burner Problems | The Burner Booster Reduces These Problems |
| 1) Excessive soot and frequent cleaning costs. | |
| High soot buildup reduces heater efficiency. | Less soot allows heat to come up faster and more efficiently. |
| Fuel sprays into the boiler after the flame is shut off for 1-3 seconds. | Special fast-acting safety shut-off valve allows little to no fuel to escape, keeping the system cleaner. |
| 2) "No Heat" emergency service calls | |
| The nozzle is clogged due to fine sediment (25 - 75 micron filter). | Uses a special filter element (3 - 5 micron filter) that prevents clogs and gives the nozzle a longer life. |
| Electrodes short out due to carbon buildup on the air diffuser. | Air diffuser stays 80% cleaner due to better atomization and new design. |
| Newer style 14,000 volts, less expensive igniter often fails within 5 years. | Uses high density transformer with 10,000 volts and has a 30 year proven track record for reliability. |
| Nozzle clogs frequently with bio-diesel fuel, seals fail and fuel gels up in the filter. | The seals used are rated for 100% bio-diesel and fuel is pulled through the filter. The ultra high pressure keeps the nozzle from clogging. |
| 3) Unsafe fuel gas emissions | |
| Higher volume of carbon monoxide and sulfur monoxide gases; some could back up into the living area. | More efficient combustion creates much less carbon monoxide and sulfur monoxide. |
| High volume of NOX gases (nitrogen oxides convert to nitric acid decreasing the boiler/chimney life). This is a major contributor to acid rain and smog. | Produces approximately 45% less NOX emissions, adds longer life to heating system and improves air quality. |
| 4) Costly fuel usage | |
| Achieving a normal combustion efficiency of 80% means 20% ends up as heat loss, harmful emissions and soot. The soot causes additional inefficiencies in heat transfer. To achieve 80% efficiency a standard burner requires considerable excess air, cooling down the combustion chamber and further reducing efficiencies. | Greater combustion efficiency means less incomplete burnt oil, less heat loss, fewer harmful emissions and improves the overall heating appliance efficiency. There is 70% less soot, allowing a reduction in cleaning time and maintenance while saving 25% - 30% of oil. |
| Over-firing the boiler for more heat can waste fuel and shorten the life of the boiler. Also, excessive heat is lost up the stack. | EES's Authorized Service Dealers' technicians can quickly adjust heat output without causing an "over-firing" environment. Producing robust even quality heat. |
