Reliability
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Conventional power production, power and cogeneration plants

Ref. No.
Description
Country
Year
Remarks
                             
1.
Extension of cogeneration plant,
Hungary
1952
7 x 212 t/h
 
  Mosonmagyaróvár Alumina Works    
12 bar/310 °C
coal
           
2.
Power station
Rumania
1954
3 x 50 t/h, 8,2 MW
 
 
Marosújvár Soda Works
   
40 bar/430 °C
n.gas
           
3.
Power stations
China
1954-56
10t/h, 0,4 to
 
 
(several units)
   
1,5 MW (each)
 
       
22 bar/390 °C
coal
           
4.
Cogeneration plant,
Hungary
1955
18+14 t/h, 1,6 MW  
 
Budapest, Textile Works
 
   
29 bar/390 °C
coal
           
5.
Cogeneration plant,
Hungary
1957
20 t/h, 0,7 MW
 
  Nyergesújfalu, Chemical Works    
17 bar/350 °C
coal
           
6.
Cogeneration plant,
Hungary
1957
20t/h, 0,2 MW
 
 
Nagykanizsa Brewery
   
23 bar/390 °C
coal
           
7.
Cogeneration plant,
Hungary
1958
2x14 t/h, 2,8 MW
 
 
Hungarian Chemical Works
   
41 bar/450 °C
coal
           
8.
Extension of Wang
China
1958
120 t/h, 25 MW
 
 
Ting Power Station
   
37 bar/450 °C
coal
           
9.
Cogeneration plant,
Hungary
1960
2x14 t/h, 2,1 MW
 
 
Hida Coal-cake Works
   
37 bar/450 °C
coal
           
10.
Cogeneration plant,
Hungary
1960
2x50 t/h, 12,6 MW
 
 
Csepel Paper Works
   
116 bar/500 °C
coal
           
11.
Cogeneration plant,
Hungary
1960
2x14 t/h, 2 MW
 
 
United Pharmaceutical Works
   
41 bar/450 °C
coal
           
12.
Cogeneration plant,
Hungary
1961
52 t/h, 4,5 MW
 
  Budapest, Distillation Works    
41 bar/450 °C
coal
           
13.
Power Station
Hungary
1961
48 t/h, 4,6 MW
 
 
Csepel Works
   
41 bar/450 °C
coal
           
14.
Cogeneration plant extension,
Hungary
1961
2x24 t/h, 4,5 MW
 
  Kőbánya Brewery    
41 bar/450 °C
coal
           
15.
Cogeneration plant,
Hungary
1961
2x22 t/h, 1,8 MW
 
 
Mohács Wood-fibred Works
   
40 bar/450° C
coal
           
16.
Cogeneration plant,
Hungary
1961
2x50 t/h, 12,6 MW
 
 
Kispest
   
116 bar/500 °C
coal
           
17.
Cogeneration plant,
Hungary
1962
2x16 t/h, 4,4 MW
 
 
Sopron
   
31 bar/390 °C
coal
           
18.
Cogeneration plant,
Hungary
1962
21 t/h, 0,8 MW
 
  Hungarian Wool Works, Budapest    
23 bar/380 °C
coal
           
19.
Cogeneration plant,
Hungary
1962
2x25 t/h, 4,5 MW
 
 
Nitrochemical Works, Fűzfő
   
41 bar/450 °C
coal
           
20.
Power Station,
Vietnam
1962
2x10 t/h, 2x1,5 MW
 
 
Tanh-Hoa
   
22 bar/390 °C
coal
           
21.
Power Station,
India
1962
2x18 t/h, 2x1,5 MW
 
 
Tura
   
37 bar/400 °C
coal
           
22.
Power Station,
Rumania
1963
3x120 t/h, 2x28 MW
oil or
 
Lasi
   
101 bar/540 °C
n. gas
           
23.
Cogeneration plant,
Hungary
1964
24 t/h, 2,5 MW
 
 
Szolnok Paper Factory
   
41 bar/450 °C
coal
           
24.
Cogeneration plant,
Hungary
1964
4x50 t/h, 2x12,7 MW,
 
 
Kőbánya
   
1x2,1 MW
oil or
       
116 bar/500 °C
n. gas
           
25.
Cogeneration plant,
Hungary
1964
2x33 t/h, 10,6 MW,
 
 
LANG Engineering Works
   
41 bar/450 °C
coal
           
26.
Power Station,
Vietnam
1964
2x25 t/h, 2x4,5 MW,
 
 
Site not disclosed
   
41 bar/450 °C
coal
           
27.
Extension of
Hungary
1965
2x50 Gcal/h
 
 
cogeneration plant, Kőbánya
   
150/80 °C
oil
           
28.
Cogeneration plant,
Hungary
1967
2x32 t/h, 8,4 MW,
 
 
Szerencs Sugar Works
   
46 bar/420 °C
oil
           
29.
Cogeneration plant,
Hungary
1968
2x40 t/h, 10,5 MW,
 
 
Szolnok Sugar Works
   
45 bar/420 °C
oil
           
30.
Cogeneration plant,
Hungary
1968
2x35 t/h, 10,7 MW,
 
 
Magyaróvár Alumina Works
   
70 bar/500 °C
coal
           
31.
Extension of
Hungary
1970
2x50 t/h, 12,6 MW,
 
 
cogeneration plant, Kispest
   
116 bar/500 °C
coal
           
32.
Extension of power station,
Hungary
1971
35 t/h
 
 
Almásfüzitő Aluma Works
   
70 bar/500 °C
coal
           
33.
ETIBANK power
Turkey
1971
8x13,2 MW
 
 
Station
   
gas turbine
n.gas
           
34.
Extension of cogeneration plant,
Hungary
1973
2x60 t/h, 8,5 MW
oil or
  Nyíregyháza    
43 bar/430 °C
n. gas
           
35.
Extension of power station,
Bulgaria
1974
5x220 t/h, 2x21,3 MW,
 
 
Devnia
   
101 bar/540 °C
n. gas
           
36.
Extension of cogeneration plant,
Hungary
1976
2x35 t/h, 10,5 MW
 
  Sopron    
37 bar/450 °C
oil
           
37.
Extension of cogeneration plant,
Hungary
1976
2x50 Gcal/h,
 
 
Győr
   
150/70 °C
n. gas
           
38.
Power station,
Libya
1976
3x10 MW,
 
 
Sirte
   
gas turbine
n. gas
           
39.
NESTE power station
Finland
1977
1x30 MW 
 
       
gas turbine
n. gas
           
40.
Power station,
Yugoslavia
1987
3x80 t/h, 17,5 MW
 
 
Obrovac Aluminia Works
   
100 bar/535 °C
n. gas
           
41.
Power station,
Greece
1978
3x2,6 MW 
oil
 
Paros island
     
diesel
           
42.
Power station,
Greece
1979
4x2,6 MW and
oil
 
Kalymnos island
   
2x5,2 MW
diesel
           
43.
Pre-heater plant,
Germany
1984
200+105 t/h
water
 
Schönwalde
     
flue gas
           
44.
Power station boilers,
India
1986
3x670 t/h
 
 
Neyveli
   
163 bar/540 oC
lignite
           
45.
Condensate water polishing system,
Datong Power Plant
China
1988
2x550 t/h
 
           
46.
Extension of power station,
Hungary
1989
50 t/h
 
  Dorog    
40 bar/450 oC
coal
           
47.
Reconstruction of IC system,
Hungary
1989
2x35 t/h
oil or
  Sopron Power Station    
40 bar/425 oC
n.gas
           
48.
Boiler plant,
Hungary
1990
16 t/h
oil
 
Szentendre Paper Works
 
       
49.
Reconstruction of I&C system,
Hungary
1990
2x35 t/h
oil or
  Győr Power Station    
40 bar/425 °C
n. gas
           
50.
I&C system in power plant,
Hungary
1990
60 t/h
oil or
  Petőháza Sugar Works    
40 bar/450 °C
n. gas
           
51.
Boiler reconstruction,
Hungary
1991
2x55 t/h
 
 
Tatabánya Power Station
   
31 bar/415 °C
oil
           
52.
Extension of
Hungary
1991
75 t/h
oil or
 
Győr power plant
   
40 bar/425 °C
n. gas
           
53.
I&C system,
Hungary
1991
75 t/h
oil or
 
Győr power plant
   
40 bar/425 °C
n. gas
           
54.
Combined cycle plant extension,
Hungary
1993
80 MWe
 
  boiler plant Debrecen        
  (PFS, FS, DSI)        
           
55.
Fluidized bed combustion
Hungary
1993
85-100 MWe
coal
  boiler extension,        
  Pécs Power Station        
           
56.
Circulating fluidized bed combustion
Hungary
1993
150 MWe
coal
  boiler and steam turbine extension,        
  Inota power station, (PFS, FS, DSI)        
           
57.
Circulating fluidized bed
Hungary
1993
150 MWe
coal
  combustion boiler and steam turbine extension,        
  extension,        
           
58.
Combined cycle plant extension,
Hungary
1993
60-140 MWe
n. gas
  cogeneration plant Kispest (CS)        
           
59.
Retrofit of 215 MW units of
Hungary
1995
215 MWe
n. gas
  Dunamenti power station (CS)      
or oil
           
60. Ash conditioning system,
Dunamenti Power Station
Hungary 1995 ammonia dosage and dust processing  
           
61.
Hydro Power Plant,
Iran
1997
2x1,5 MWe
 
 
Ghamashiab
       
           
62.
Back pressure Power Station,
Hungary
1997
5,6 MWe
 
  Dunaferr    
35 bar/400 °C
 
           
63. Auxiliaries for gas turbine plant
Sajószöged
 Hungary  1998 oil & water system, I&C, civil works, etc.  
           
64.
Auxiliaries for gas turbine plant, Litér
Hungary
1998
oil & water system  
        I&C, civil works, etc.  
           
65.
Desulfurization plant,
Hungary
2000
joint venture with
 
 
Mátra Power Station
   
Deutsche Babcock
 
       
Anlagen for 636 MWe capacity
 
           
66.
Auxiliaries for secondary reserve gas turbine plant, Lőrinci
Hungary
2000
170 MWe
 
           
67.
Installation of steam turbine and
Hungary
2002
857 kWe, 10 t/h
 
  generator unit, Onyx Kft.    
16 bar/260°C
 
  waste incineration        
           
68. Boiler plant reconstruction, Hungary 2005 oil system, water  
  Nyíregyháza, Power Plant     system, steam  
        system, etc.  
           
69.
North Buda gas turbine
Hungary
2007
9,88 MWe 
 
  cogeneration  
2007
9,88 MWe 
 
  heating plant  
2008
30.22 MWe
 
     
2008
49.98 MWe
 
           
70. Ajka OCGT plant (BOP) Hungary 2010 2 x 58 MWe gas turbines