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BURNER SCHEME 1 Bar = 1.02 kg/cm = 0.98 Atm =14.5 PSI Fos 8.760 C/g, MT 11.000, BCO 12798 1 C = 4 Watt/sec = 1,5 hp/h H20 - temp > 125.

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Presentation on theme: "BURNER SCHEME 1 Bar = 1.02 kg/cm = 0.98 Atm =14.5 PSI Fos 8.760 C/g, MT 11.000, BCO 12798 1 C = 4 Watt/sec = 1,5 hp/h H20 - temp > 125."— Presentation transcript:

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2 BURNER SCHEME

3 1 Bar = 1.02 kg/cm = 0.98 Atm =14.5 PSI Fos C/g, MT , BCO C = 4 Watt/sec = 1,5 hp/h H20 - temp > 125

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5 USAGE IN MONTH % PERFOMANCE B a d M a i n t e n a n c e G o o d M a i n t e n a n c e

6  Burner hybrid water is very safe to use, and is cheaper than: LPG, Diesel, LNG, Kerosene and Coal.  By using alternative fuels derived from: Waste used oil, residue or all of the liquid that could burn the tool is able to provide appropriate solutions to the impact of rising fuel and environmental pollution.

7 1.Using Water & Waste used oil. 2.Faster heating time. 3.Heat / higher calorie. 4.The production is much greater. 5.Maintenance is very easy. 6.Does not cause pollution. 7.For large capacity burners we offer joint revenue sharing efficiency. 8.Provided a technician to operate and perform maintenance.

8 Burner hybrid Water Work automatically using temperature and pressure regulator

9 Burner hybrid water

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15 1.Diesel = 60 litre / hour 2.Output = 800 Kg / hour BEFOREAFTER 1.Used oil waste = 30 L/ hour 2.Out put = 3000 kg / hour

16 Pre-heating = 2 ½ hourPre-heating = 58 minutes BEFORE AFTER

17 Please visit to:


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