GCD International logo - click to return to home page

GCD Burner Systems (low NOx)

Description

Photograph of GCD Burner Systems (low NOx)
GCD Burner Systems (low NOx):
Flame from a low NOx single
toroidal burner installed on an
oil field steam generation plant.

Sterling Thermal Process Division specialises in low and Ultra Low NOxTM burners. Our burners utilise world class technology with NOx levels less than 1 ppm exiting the burner for specialist food processing applications. These burners were originally developed by Urquhart Engineering for the direct fired heating of food processes.

Bloom Low NOx Burners
(for Steel, Aluminium & Galvanizing Industries)

Bloom Engineering logo

Bloom Engineering's low NOx products cover the spectrum from cold air to hot air, small to large, and include direct fired, radiant tube fired, conventional and regenerative burners.

Sterling supplies:

Ultra Low NOx & Low NOx Direct Fired Conventional Burners

Design Features

1070

1360

1430

Large
1440

Small
1440

1500

1500

2070/
2170

2000/
2100

NOxControl:

Baffle, nozzle & port design

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Exhaust gas recirculation

Option

 

Option

Option

Option

Option

 

Option

Option

Million Btu/hour range*

1 to 30

0.15 to 3.5

0.3 to 2

1.7 to 48

.3 to 3

3.2 to 37

0.2 to 48

0.5 to 5

<0.5 to 5

Design air:

cold

 

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

hot

Yes

 

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Fuels:

Gas

Most

Many

Most

Most

Most

Most

Most

Most

Most

Oil

Most

#2

Some

Most

Some

Many

Most

 

Some

Turndown lance

Option

 

Option

Option

Yes

Option

 

 

 

Emissions:

NOx

Ultra 
Low 
NOx

Low 
NOx

Ultra 
Low 
NOx

Ultra 
Low 
NOx

Ultra 
Low 
NOx

Ultra 
Low 
NOx

Ultra 
Low 
NOx

Ultra 
Low 
NOx

Low 
NOx

CO and H2

Very Low

Very Low

Very Low

Very Low

Very Low

Very Low

Very Low

Very Low

Very Low

*The Ultra Low NOxSeries Burners are Trade Marks of Bloom Engineering.

Related Products:

Want to know more?

GCD International logo - click to return to home page