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Combustion of liquid residues

In industry, heating oil and liquid residues are completely combusted for energy or energy recovery. An unclean or incomplete combustion of the medium produces soot while the emission values in the combustion chamber increase. In the case of residues such as waste water or other liquids, combustion always takes place in the gaseous phase. The liquid fuel is first atomised, then vaporised, mixed with air and finally combusted in the gaseous phase. Optimal combustion requires fine atomisation and a fuel spray that is as monodisperse as possible.

Combustion of heating oil EL

In industry, heating oil is completely combusted for energy or energy recovery. An unclean or incomplete combustion of the medium produces soot while the emission values in the combustion chamber increase.

This is where combustion shines

Chemical Industry

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Nozzles recommended for combustion

970

Modular – 0.028 to 30.0 l/h

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938, 0/28

Mushroom head – 140°

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848, 0/48

Mushroom head – 140°– double air atomisation

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0/64

2-substance – Internal – 1 to 10,0 l/h

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0/63

Modular – Internal Mixing – 0.05 to 3.0 l/min

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0/62

Modular – Internal Mixing – 0.83 to 5.0 l/min

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0/61

Modular – Internal Mixing – 0.5 to 11.7 l/min

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0/60

2-substance – Internal – 4 to 40,0 l/min

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0/9

2-substance – flow rate of up to 7300 l/h

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Manufacturer of nozzles and nozzle systems from Germany for spray production processes.

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