ISO 9001:2000 Quality System
ISO 9001:2000 certyfikate
IQnet certyfikate



REFERENCE LIST

Burner Retrofit and Modernisation Projects in the Years 1991 - 1997

Our burners received gold medals at the World Exhibition of Inventions and Industrial Innovations in Brussels
- low NOx swirl burners in 1993, 2000 and jet burners in 1996.


No
Customer Project Completion Date Coal
Qrt [MJ/kg]
Ar [%]
Wrt [%] 		NOx
before retrofit
(mg/Nm3 at 6%O2) 		NOx
after retrofit
(mg/Nm3 at 6%O2)
1. EC ŻERAŃ
OP-230 steam boiler #5
swirl burners 		1991 Q=22
A=18
W=9,5		 740 550  
2. EC ŻERAŃ
OP-230 steam boiler #4
swirl burners 		1992 Q=22
A=18
W=9,5		 740 450  
3. EC ŻERAŃ
OP-230 steam boiler #1
swirl burners 		1992 Q=22
A=18
W=9,5		 740 410  
4. EC ŻERAŃ
OP-230 steam boiler #2
swirl burners 		1993 Q=22
A=18
W=9,5		 740 380  
5. EC ŻERAŃ
OP-230 steam boiler #3
swirl burners 		1993 Q=22
A=18
W=9,5		 740 380  
6. EC LUBLIN-WROTKÓW
WP-120 water boiler #4
jet burners * 		1993 Q=18÷21
A=15÷30
W=9÷11		 600÷800 410  
7. EC BIAŁYSTOK
OP-230 steam boiler #8
swirl burners 		1993 Q=17
A=28
W=14		 800÷900 470  
8. EC ŻERAŃ
OP-230 steam boiler #6
swirl burners 		1994 Q=22
A=18
W=9,5		 740 430  
9. EC LUBLIN-WROTKÓW
WP-70 water boiler #1
jet burners * 		1994 Q=18÷21
A=15÷30
W=9÷11		 600÷800 430  
10. EC BIAŁYSTOK
OP-230 steam boiler #7
swirl burners 		1994Q=17
A=28
W=14		800÷900470  
11. EC TYCHY
WP-120 water boiler #4
jet burners * 		1995 Q=21
A=23
W=10		 700÷800 400  
12. EC LUBLIN-WROTKÓW
WP-70 water boiler #2
jet burners * 		1995 Q=18÷21
A=15÷30
W=9÷11		 600÷800 430  
13. EC KAROLIN
OP-140 steam boiler #1
jet burners * 		1995 Q=21
A=23
W=10		 700÷800 420  
14. EC KAROLIN
OP-140 steam boiler #2
jet burners * 		1996 Q=21
A=23
W=10		 700÷800 420  
15. EC KATOWICE
WP-120 water boiler #2
jet burners * 		1996 Q=21
A=23
W=10		 600÷1000 460  
16. NITROGEN CHEMICAL WORKS in Tarnów
TP-170 boiler #3
swirl burners and gas/oil burners for waste fuels 		1996 Q=19÷21
A=19÷29
W=4÷12		 800÷900 430  
17. SYNTHESIA PARDUBICE **
boiler #11 (100 t/h, 470°C)
swirl burners 		1997 Q=21÷23
A=22÷25
W=9÷11		 1040 550*  
18. SYNTHESIA PARDUBICE **
boiler #12 (110 t/h, 470°C)
swirl burners 		1997 Q=21÷23
A=22÷25
W=6÷8		 1040 550**  
19. 'JANIKOSODA' SODA WORKS
OP-140 steam boiler #4
jet burners 		1997 Q=19÷21
A=16÷30
W=4÷14		 600÷850 420  
20. EC SIEKIERKI
WP-200 water boiler
jet burners 		1997 Q=19÷21
A=16÷30
W=4÷14		 600÷950 450  
21. NITROGEN CHEMICAL WORKS in Tarnów
OP-230 steam boiler #5
swirl burners and gas/oil burners for waste fuels 		1997 Q=19÷21
A=19÷29
W=4÷12		 850÷1000 460  
22. 'CZĘSTOCHOWA' STEEL WORKS
OKPG-60 boiler
gas/oil burners 		1997 natural gas, mazout 800÷1000 project temporarily stopped  
23. 'JANIKOSODA' SODA WORKS
OP-140 steam boiler #5
jet burners 		1998 Q=19÷21
A=16÷30
W=4÷14		 800÷1000 420  
24. EC ELBLĄG
OP-130 steam boiler #5
jet burners 		1998 Q=22÷24,5
A=9÷15
W<10		 600÷850 460  
25. EC ELBLĄG
WP-120 water boiler #8
jet burners 		1998 Q=22÷24,5
A=9÷15
W<10		 600÷850 460  
26. 'SENDZIMIRA' STEEL WORKS
OP-230 steam boiler #8
swirl burners 		1999 Q=20
A=25
W=10		 700÷800 430  
27. EC OLOMOUC (Czech Republic)
Boiler #3 (90 t/h)
jet burners 		1999 Q=24÷27
A=10÷22
W=7÷11		 reconstruction 550** 
28. INTERNATIONAL PAPER 'KWIDZYN' POLAND
OP-140 steam boiler #4
jet burners 		1999 Q=20÷22
A=20÷25
W=12÷17		 800÷1000 450  
29. EC SIEKIERKI
OP-230 steam boiler #4
swirl burners 		1999 Q=20÷23
A=10÷20
W<20		 800÷1000 460  
30. EC ELBLĄG
OP-130 steam boiler #6
jet burners 		1999 Q=22÷24
A=9÷15
W<10		 720÷1000 450  
31. 'JANIKOSODA' SODA WORKS
CKTI-75 steam boiler #2
swirl burners and light oil start-up burners 		2000 Q=18÷21
A=16÷30
W=4÷14		 800÷1000 540  
32. INTERNATIONAL PAPER 'KWIDZYN' POLAND
OP-140 steam boiler #1
jet burners 		2000 Q=18÷22
A=15÷25
W=7÷17		 900÷1000 510  
33. CHEMICAL FACTORY DWORY
OP-130 steam boiler #3
jet burners 		2000 Q=18÷22
A=23÷29
W=12		 700÷800 460  
34. EC BIAŁYSTOK
OP-230 steam boiler #7
light oil start-up burners 		2000 light heating oil - -  
35. 'JANIKOSODA' SODA WORKS
CKTI-75 steam boiler #3
swirl burners and light oil start-up burners 		2001 Q=18÷21
A=16÷30
W=4÷14		 780÷1030 540  
36. 'JANIKOSODA' SODA WORKS
CKTI-75 steam boiler #1
swirl burners and light oil start-up burners 		2001 Q=18÷21
A=16÷30
W=4÷14		 700÷1000 540  
37. EC ELBLĄG
OP-130 soeam boiler #7
modernisation of jet burners 		2001 Q=20÷24
A=<20
W=8÷14		 650÷1060 500  
38. TYRE WORKS 'STOMIL' in Olsztyn
OP-70 steam boiler #2
jet burners 		2001 Q=22÷26
A=10÷15
W=8÷12		 620÷710 460  
39. INTERNATIONAL PAPER 'KWIDZYN' POLAND
OP-140 steam boiler #3
jet burners 		2001 Q=18÷22
A=15÷25
W=7÷17		 600÷670 510  
40. Elektrownia Pomorzany
WP-120 water boiler #2
jet burners 		2002 Q=22÷23
A=16÷21
W=max.10		 660 400  
41. EC Siekierki
OP-230 steam boiler #4
swirl burners 		2002 Q=19÷25
A=27÷10
W=15÷5 		800÷850 450  
42. Elektrociepłownie Warszawskie
Ciepłownia WOLA
PTWM-100 water boiler #4
heavy oil burners 		2002 heavy oil 600 400  
43. TPP KAKANJ BOSNIA
steam boiler #4
swirl burners 		2003. 1200 950  
44. STOMIL - OLSZTYN
OP-70 steam boiler #1
jet burners 		2003 Q=22÷26
A=10÷15
W=8÷12 		700 460  
45. STOMIL - OLSZTYN
OP-70 steam boiler #3
jet burners 		2004 Q=22÷26
A=10÷15
W=8÷12 		. in progress  
46. Zespół Elektrociepłowni ŁÓDŹ 4
WP-120 water boiler #2
jet burners 		2004 .
.
. 		. in progress  


  *  Low-NOx installation for coal dust fired boilers - patent No 170716.
**  Measurements made in accordance with CSN standards obligatory in the Czech Republic.