Heat Technology
Year
Destination
Source
Exhaust Nm³/h
Contaminations Delivery
2014
RU
Mineral Wool Production
12.000
CO, Dust, H2S, SO2
CFGCS with blast air heating
2014
RU
Mineral Wool Production
10.000
WT
2014
RU
Mineral Wool Production
22.000
CO, Dust, H2S, SO2
CFGCS with blast air heating
2014
RU
Mineral Wool Production
20.000
CO, Dust, H2S, SO2
CFGCS with blast air heating
2014
UA
Mineral Wool Production
11.000
CO, Dust, H2S, SO2
CFGCS with blast air heating
2013
CN
Mineral Wool Production
Compl. Min. Wool. Production line
2013
RU
Mineral Wool Production
12.000
CO, Dust, H2S, SO2
CFGCS with blast air heating
2013
RU
Mineral Wool Production
12.000
CO, Dust, H2S, SO2
CFGCS with blast air heating
2013
TR
Mineral Wool Production
Compl. Min. Wool. Production Line Hot End
2013
LI
Mineral Wool Production
11.000
Dust
F, WT
2013
RU
Mineral Wool Production
70.000
Phenole, Formaldehyde
TNV+GB+WT
2013
RU
Mineral Wool Production
14.000
CO, Dust, H2S, SO2
Projektbeschreibung
2012
FI
Mineral Wool Production
11.000
CO, Dust
2xWT+ TNV + F
2012
RS
Mineral Wool Production
GB
2012
RU
Mineral Wool Production
Cold end
2012
RU
Mineral Wool Production
12.000
CO, Dust, H2S, SO2
CFGCS with blast air heating
2012
FI
Mineral Wool Production
11.000
WT
2012
RU
Mineral Wool Production
10.000
Phenole, Formaldehyde
TNV+GB+WT
2012
FI
Mineral Wool Production
WT
2012
ES
Mineral Wool Production
WT
2012
ES
Mineral Wool Production
WT
2012
LT
Mineral Wool Production
GB, WT
2011
TR
Mineral Wool Production
Equipment for Min Wool Production
2011
FI
Mineral Wool Production
10.000
CO, H2S, Dust
WT
2011
FR
Mineral Wool Production
18.000
CO, H2S, Dust
WT
2011
GB
Mineral Wool Production
WT
2010
RU
Mineral Wool Production
Phenole Ammoniak
Compl. Min. Wool. Production line
2010
FR
Mineral Wool Production
16.000
2xWT
2010
LT
Mineral Wool Production
1.400
GB
2009
RU
Mineral Wool Production
Complete Min. Wool. Production line
2009
DE
Mineral Wool Production
17.500
CO, Dust, H2S, SO2
2xWT+ TNV + F+DeSOx
2009
EG
Mineral Wool Production
12.000
CO, Dust
2xWT+ TNV + F
2008
RU
Mineral Wool Production
10.000
CO, Dust
CFGCS with blast air heating
2008
RU
Mineral Wool Production
11.000
CO, Dust
CFGCS with blastt air heating
2008
RU
Mineral Wool Production
Cupola
2008
RU
Mineral Wool Production
16.000
CO, Dust
2xWT+ TNV + F
2008
RU
Mineral Wool Production
20.000
Phenole Ammoniak
TNV, 2xWT, F
2008
RU
Mineral Wool Production
10.000
Dust
WT, F
2008
PT
Mineral Wool Production
Collection drum, Pendulum, Forming
2008
CZ
Mineral Wool Production
5.000
Phenole Ammoniak
TNV, F, WT
2008
RU
Mineral Wool Production
Raw Material Handling
2008
SK
Mineral Wool Production
CO, Dust
WT+ F
2008
DE
Mineral Wool Production
WT
2008
DE
Mineral Wool Production
WT,F
2007
UA
Mineral Wool Production
12.000
Cupola, FGCS, Cooling, Spinner
2007
PL
Mineral Wool Production
Modification Piping Curing Oven
2007
UA
Mineral Wool Production
12.000
Cupola, FGCS, Cooling, Spinner
2007
PL
Mineral Wool Production
Cupola-bottom-part
2007
ES
Mineral Wool Production
WT
2007
PL
Mineral Wool Production
25.000
TNV, F
2007
PL
Mineral Wool Production
45.000
TNV+Heating System
2007
RU
Mineral Wool Production
14.500
CO, Dust
CFGCS with blast air heating
2007
RU
Mineral Wool Production
Phenole Ammoniak
TNV+Heating System
2007
RU
Mineral Wool Production
14.500
CO, Dust
CFGCS with blastt air heating
2006
RU
Mineral Wool Production
Spinner
2006
RU
Mineral Wool Production
Waste Recycle System
2006
SL
Mineral Wool Production
19.600
CO, Dust
TNV, WT, F
2006
RU
Mineral Wool Production
14.000
Curing Oven+TNV
2006
RU
Mineral Wool Production
Crimping Unit
2006
SK
Mineral Wool Production
Heat Exchanger
2006
RU
Mineral Wool Production
19.600
CO, Dust
TNV, WT, F
2006
PT
Mineral Wool Production
Compl. Min. Wool. Production line
2006
CZ
Mineral Wool Production
14.500
CO, Dust
CFGCS with blast air heating
2006
CZ
Mineral Wool Production
14.500
CO, Dust
CFGCS with blast air heating
2005
HU
Mineral Wool Production
10.000
CO, H2S, Dust
TNV+GB+WT+F
2005
PT
Mineral Wool Production
6.000
CO, H2S, Dust
TNV+GB+WT+F
2005
SK
Mineral Wool Production
10.000
CO, H2S, Dust
TNV+WT
2005
IT
Mineral Wool Production
12.000
CO, Dust
TNV, WT, GB
2005
RU
Mineral Wool Production
14.000
CO, Dust
TNV+GB+WT+F+KO
2005
RU
Mineral Wool Production
14.500
CO, H2S, VOC, Dust
TNV+GB+WT+F
2005
LT
Mineral Wool Curing Oven
12.000
Hydrocarbons
TNV+WT
2005
RU
Mineral Wool Production
Cold End
2005
SL
Mineral Wool Production
Cupola Charging Equipm.
2005
SL
Mineral Wool Production
Waste Preparation Equipm.
2005
SL
Mineral Wool Production
Conveyors,Cupola Charging
2005
RU
Mineral Wool Production
Collect.Chamber/Pendulum
2005
RU
Mineral Wool Production
10.000
TNV+GB+WT+F
2004
SK
Mineral wool production
WT
2004
LT
Mineral Wool Production
11.000
CO, Dust, SO2, H2S
TNV+F+3xWT+DeSOx
2004
LT
Mineral Wool Curing Oven
10.000
Phenole, Formaldehyde
TNV+WT
2004
KR
Mineral Wool Curing Oven
12.000
Phenol, Ammonia, Oilvapours
Engineering with Burner
2004
BY
Mineral Wool Production
7.700
CO, SO2, H2S, Dust
TNV+GB+WT+F
2003
KR
Mineral wool production + Curing
15.000
CO, Dust
2xTNV+GB+WT+F+DESOX
2003
RU
Mineral wool production
10.000
CO, Dust
WT+GB
2003
FR
Mineral wool production
KO
2003
CZ
Glas Fleece Production
VOC, Ethanol
Heating System
2003
GB
Mineral wool production
CO, Dust
TNV+GB+WT+F
2002
GB
Mineral Wool Production
WT
2001
USA
Mineral Wool Production
10.000
CO, H2S, Dust
WT
2001
E
Mineral Wool Production
8.000
CO, H2S, Dust
TNV+GB+WT
2001
PL
Curing Oven Heating
GB(2x)
2001
F
Mineral Wool Production
7.000
CO, H2S, Dust
WT
2001
FIN
Mineral Wool Production
7.000
CO, H2S
TNV+2xWT
2001
F
Mineral Wool Production
7.000
CO, H2S, Dust
TNV+GB+F+3xWT
2000
CZ
Mineral Wool Production
KO
2000
FIN
Mineral Wool Production
7.000
CO, H2S
TNV+2xWT
2000
CZ
Mineral Wool Production
7.000
CO
WT
2000
CZ
Mineral Wool Curing Oven
20.000
Phenole, Formaldehyde
TNV+GB
2000
PL
Mineral Wool Production
9.400
CO, H2S, dust
TNV+3xWT+F
2000
S
Mineral Wool Production
7.000
CO, H2S, dust
TNV
2000
S
Mineral Wool Production
10.000
CO, H2S, dust
TNV+2xWT
2000
F
Mineral Wool Production
16.000
CO, H2S, dust
TNV+3xWT+F
2000
P
Mineral Wool Production
10.000
dust, CO, H2S
TNV+3xWT+F
2000
P
Mineral Wool Production
10.000
phenol, formaldehyde, NH3
TNV+GB
2000
GB
Mineral Wool Production
10.000
dust
Z
1999
S
Mineral Wool Production
10.000
Dust
F+WT
1999
F
Mineral Wool Production
7.000
CO, H2S, Dust
TNV+WT+GB
1999
CZ
Mineral Wool Production
15.000
CO, H2S, Dust
TNV+GB+WT+F
1999
SK
Mineral Wool Production
5.000
CO
WT
1998
PL
Mineral Wool Production
10.000
CO, H2S, Dust
TNV+GB+WT+F
1998
HU
Mineral Wool Production
10.000
CO, H2S, Dust
TNV+GB+WT+F
1997
ROC
Mineral Wool Production
10.000
CO, H2S, Dust
TNV+GB+WT+F+DESOX(2x)
1997
FIN
Mineral Wool Production
10.000
Dust
WT+F
1997
ROC
Mineral Wool Curing Oven
12.000
Phenole, Formaldehyde
TNV+GB+F
1997
S
Mineral Wool Production
10.000
Dust
WT
1997
CZ
Mineral Wool Production
12.000
CO2, H2S, Dust
TNV+GB+WT+F+KO
1996
LT
Mineral Wool Curing Oven
12.000
Phenole, Formaldehyde
TNV+GB
1996
FIN
Mineral Wool Production
20.000
Dust
WT+F (2x)
1996
MAL
Mineral Wool Production
KO
1996
P
Mineral Wool Production
12.000
Dust
Z+WT+GB
1996
SK
Mineral Wool Production
KO
1996
SK
Mineral Wool Production
10.000
CO
CO-Burner
1996
CZ
Mineral Wool Production
15.000
CO
WT
1995
I
Mineral Wool Production
6.000
CO, H2S
TNV+GB+WT+F
1995
I
Mineral Wool Curing Oven
10.000
Phenole, Formaldehyde
TNV+GB
1995
ROK
Mineral Wool Production
10.000
CO, H2S, Dust
TNV+GB+WT+F+DESOX
1994
D
Mineral Wool Production
10.000
CO, H2S, Dust
TNV+GB+WT+F+KO
1994
USA
Mineral Wool Production
10.000
CO, H2S
WT
1994
D
Mineral Wool Production
10.000
CO, H2S, Dust
TNV+GB+WT+F+KO
1994
D
Curing Oven Heating
GB(2x)
1994
D
Curing Oven Heating
GB(2x)
1992
GB
Mineral Wool Production
15.000
CO, H2S, Dust
WT
RU
Mineral Wool Production
20.000
CO, Dust, H2S, SO2
CFGCS with blast air heating
| Year | Destination | Source | Exhaust Nm³/h | Contaminations Delivery | |
| 2014 | RU | Mineral Wool Production | 12.000 | CO, Dust, H2S, SO2 | CFGCS with blast air heating |
| 2014 | RU | Mineral Wool Production | 10.000 | WT | |
| 2014 | RU | Mineral Wool Production | 22.000 | CO, Dust, H2S, SO2 | CFGCS with blast air heating |
| 2014 | RU | Mineral Wool Production | 20.000 | CO, Dust, H2S, SO2 | CFGCS with blast air heating |
| 2014 | UA | Mineral Wool Production | 11.000 | CO, Dust, H2S, SO2 | CFGCS with blast air heating |
| 2013 | CN | Mineral Wool Production | Compl. Min. Wool. Production line | ||
| 2013 | RU | Mineral Wool Production | 12.000 | CO, Dust, H2S, SO2 | CFGCS with blast air heating |
| 2013 | RU | Mineral Wool Production | 12.000 | CO, Dust, H2S, SO2 | CFGCS with blast air heating |
| 2013 | TR | Mineral Wool Production | Compl. Min. Wool. Production Line Hot End | ||
| 2013 | LI | Mineral Wool Production | 11.000 | Dust | F, WT |
| 2013 | RU | Mineral Wool Production | 70.000 | Phenole, Formaldehyde | TNV+GB+WT |
| 2013 | RU | Mineral Wool Production | 14.000 | CO, Dust, H2S, SO2 | Projektbeschreibung |
| 2012 | FI | Mineral Wool Production | 11.000 | CO, Dust | 2xWT+ TNV + F |
| 2012 | RS | Mineral Wool Production | GB | ||
| 2012 | RU | Mineral Wool Production | Cold end | ||
| 2012 | RU | Mineral Wool Production | 12.000 | CO, Dust, H2S, SO2 | CFGCS with blast air heating |
| 2012 | FI | Mineral Wool Production | 11.000 | WT | |
| 2012 | RU | Mineral Wool Production | 10.000 | Phenole, Formaldehyde | TNV+GB+WT |
| 2012 | FI | Mineral Wool Production | WT | ||
| 2012 | ES | Mineral Wool Production | WT | ||
| 2012 | ES | Mineral Wool Production | WT | ||
| 2012 | LT | Mineral Wool Production | GB, WT | ||
| 2011 | TR | Mineral Wool Production | Equipment for Min Wool Production | ||
| 2011 | FI | Mineral Wool Production | 10.000 | CO, H2S, Dust | WT |
| 2011 | FR | Mineral Wool Production | 18.000 | CO, H2S, Dust | WT |
| 2011 | GB | Mineral Wool Production | WT | ||
| 2010 | RU | Mineral Wool Production | Phenole Ammoniak | Compl. Min. Wool. Production line | |
| 2010 | FR | Mineral Wool Production | 16.000 | 2xWT | |
| 2010 | LT | Mineral Wool Production | 1.400 | GB | |
| 2009 | RU | Mineral Wool Production | Complete Min. Wool. Production line | ||
| 2009 | DE | Mineral Wool Production | 17.500 | CO, Dust, H2S, SO2 | 2xWT+ TNV + F+DeSOx |
| 2009 | EG | Mineral Wool Production | 12.000 | CO, Dust | 2xWT+ TNV + F |
| 2008 | RU | Mineral Wool Production | 10.000 | CO, Dust | CFGCS with blast air heating |
| 2008 | RU | Mineral Wool Production | 11.000 | CO, Dust | CFGCS with blastt air heating |
| 2008 | RU | Mineral Wool Production | Cupola | ||
| 2008 | RU | Mineral Wool Production | 16.000 | CO, Dust | 2xWT+ TNV + F |
| 2008 | RU | Mineral Wool Production | 20.000 | Phenole Ammoniak | TNV, 2xWT, F |
| 2008 | RU | Mineral Wool Production | 10.000 | Dust | WT, F |
| 2008 | PT | Mineral Wool Production | Collection drum, Pendulum, Forming | ||
| 2008 | CZ | Mineral Wool Production | 5.000 | Phenole Ammoniak | TNV, F, WT |
| 2008 | RU | Mineral Wool Production | Raw Material Handling | ||
| 2008 | SK | Mineral Wool Production | CO, Dust | WT+ F | |
| 2008 | DE | Mineral Wool Production | WT | ||
| 2008 | DE | Mineral Wool Production | WT,F | ||
| 2007 | UA | Mineral Wool Production | 12.000 | Cupola, FGCS, Cooling, Spinner | |
| 2007 | PL | Mineral Wool Production | Modification Piping Curing Oven | ||
| 2007 | UA | Mineral Wool Production | 12.000 | Cupola, FGCS, Cooling, Spinner | |
| 2007 | PL | Mineral Wool Production | Cupola-bottom-part | ||
| 2007 | ES | Mineral Wool Production | WT | ||
| 2007 | PL | Mineral Wool Production | 25.000 | TNV, F | |
| 2007 | PL | Mineral Wool Production | 45.000 | TNV+Heating System | |
| 2007 | RU | Mineral Wool Production | 14.500 | CO, Dust | CFGCS with blast air heating |
| 2007 | RU | Mineral Wool Production | Phenole Ammoniak | TNV+Heating System | |
| 2007 | RU | Mineral Wool Production | 14.500 | CO, Dust | CFGCS with blastt air heating |
| 2006 | RU | Mineral Wool Production | Spinner | ||
| 2006 | RU | Mineral Wool Production | Waste Recycle System | ||
| 2006 | SL | Mineral Wool Production | 19.600 | CO, Dust | TNV, WT, F |
| 2006 | RU | Mineral Wool Production | 14.000 | Curing Oven+TNV | |
| 2006 | RU | Mineral Wool Production | Crimping Unit | ||
| 2006 | SK | Mineral Wool Production | Heat Exchanger | ||
| 2006 | RU | Mineral Wool Production | 19.600 | CO, Dust | TNV, WT, F |
| 2006 | PT | Mineral Wool Production | Compl. Min. Wool. Production line | ||
| 2006 | CZ | Mineral Wool Production | 14.500 | CO, Dust | CFGCS with blast air heating |
| 2006 | CZ | Mineral Wool Production | 14.500 | CO, Dust | CFGCS with blast air heating |
| 2005 | HU | Mineral Wool Production | 10.000 | CO, H2S, Dust | TNV+GB+WT+F |
| 2005 | PT | Mineral Wool Production | 6.000 | CO, H2S, Dust | TNV+GB+WT+F |
| 2005 | SK | Mineral Wool Production | 10.000 | CO, H2S, Dust | TNV+WT |
| 2005 | IT | Mineral Wool Production | 12.000 | CO, Dust | TNV, WT, GB |
| 2005 | RU | Mineral Wool Production | 14.000 | CO, Dust | TNV+GB+WT+F+KO |
| 2005 | RU | Mineral Wool Production | 14.500 | CO, H2S, VOC, Dust | TNV+GB+WT+F |
| 2005 | LT | Mineral Wool Curing Oven | 12.000 | Hydrocarbons | TNV+WT |
| 2005 | RU | Mineral Wool Production | Cold End | ||
| 2005 | SL | Mineral Wool Production | Cupola Charging Equipm. | ||
| 2005 | SL | Mineral Wool Production | Waste Preparation Equipm. | ||
| 2005 | SL | Mineral Wool Production | Conveyors,Cupola Charging | ||
| 2005 | RU | Mineral Wool Production | Collect.Chamber/Pendulum | ||
| 2005 | RU | Mineral Wool Production | 10.000 | TNV+GB+WT+F | |
| 2004 | SK | Mineral wool production | WT | ||
| 2004 | LT | Mineral Wool Production | 11.000 | CO, Dust, SO2, H2S | TNV+F+3xWT+DeSOx |
| 2004 | LT | Mineral Wool Curing Oven | 10.000 | Phenole, Formaldehyde | TNV+WT |
| 2004 | KR | Mineral Wool Curing Oven | 12.000 | Phenol, Ammonia, Oilvapours | Engineering with Burner |
| 2004 | BY | Mineral Wool Production | 7.700 | CO, SO2, H2S, Dust | TNV+GB+WT+F |
| 2003 | KR | Mineral wool production + Curing | 15.000 | CO, Dust | 2xTNV+GB+WT+F+DESOX |
| 2003 | RU | Mineral wool production | 10.000 | CO, Dust | WT+GB |
| 2003 | FR | Mineral wool production | KO | ||
| 2003 | CZ | Glas Fleece Production | VOC, Ethanol | Heating System | |
| 2003 | GB | Mineral wool production | CO, Dust | TNV+GB+WT+F | |
| 2002 | GB | Mineral Wool Production | WT | ||
| 2001 | USA | Mineral Wool Production | 10.000 | CO, H2S, Dust | WT |
| 2001 | E | Mineral Wool Production | 8.000 | CO, H2S, Dust | TNV+GB+WT |
| 2001 | PL | Curing Oven Heating | GB(2x) | ||
| 2001 | F | Mineral Wool Production | 7.000 | CO, H2S, Dust | WT |
| 2001 | FIN | Mineral Wool Production | 7.000 | CO, H2S | TNV+2xWT |
| 2001 | F | Mineral Wool Production | 7.000 | CO, H2S, Dust | TNV+GB+F+3xWT |
| 2000 | CZ | Mineral Wool Production | KO | ||
| 2000 | FIN | Mineral Wool Production | 7.000 | CO, H2S | TNV+2xWT |
| 2000 | CZ | Mineral Wool Production | 7.000 | CO | WT |
| 2000 | CZ | Mineral Wool Curing Oven | 20.000 | Phenole, Formaldehyde | TNV+GB |
| 2000 | PL | Mineral Wool Production | 9.400 | CO, H2S, dust | TNV+3xWT+F |
| 2000 | S | Mineral Wool Production | 7.000 | CO, H2S, dust | TNV |
| 2000 | S | Mineral Wool Production | 10.000 | CO, H2S, dust | TNV+2xWT |
| 2000 | F | Mineral Wool Production | 16.000 | CO, H2S, dust | TNV+3xWT+F |
| 2000 | P | Mineral Wool Production | 10.000 | dust, CO, H2S | TNV+3xWT+F |
| 2000 | P | Mineral Wool Production | 10.000 | phenol, formaldehyde, NH3 | TNV+GB |
| 2000 | GB | Mineral Wool Production | 10.000 | dust | Z |
| 1999 | S | Mineral Wool Production | 10.000 | Dust | F+WT |
| 1999 | F | Mineral Wool Production | 7.000 | CO, H2S, Dust | TNV+WT+GB |
| 1999 | CZ | Mineral Wool Production | 15.000 | CO, H2S, Dust | TNV+GB+WT+F |
| 1999 | SK | Mineral Wool Production | 5.000 | CO | WT |
| 1998 | PL | Mineral Wool Production | 10.000 | CO, H2S, Dust | TNV+GB+WT+F |
| 1998 | HU | Mineral Wool Production | 10.000 | CO, H2S, Dust | TNV+GB+WT+F |
| 1997 | ROC | Mineral Wool Production | 10.000 | CO, H2S, Dust | TNV+GB+WT+F+DESOX(2x) |
| 1997 | FIN | Mineral Wool Production | 10.000 | Dust | WT+F |
| 1997 | ROC | Mineral Wool Curing Oven | 12.000 | Phenole, Formaldehyde | TNV+GB+F |
| 1997 | S | Mineral Wool Production | 10.000 | Dust | WT |
| 1997 | CZ | Mineral Wool Production | 12.000 | CO2, H2S, Dust | TNV+GB+WT+F+KO |
| 1996 | LT | Mineral Wool Curing Oven | 12.000 | Phenole, Formaldehyde | TNV+GB |
| 1996 | FIN | Mineral Wool Production | 20.000 | Dust | WT+F (2x) |
| 1996 | MAL | Mineral Wool Production | KO | ||
| 1996 | P | Mineral Wool Production | 12.000 | Dust | Z+WT+GB |
| 1996 | SK | Mineral Wool Production | KO | ||
| 1996 | SK | Mineral Wool Production | 10.000 | CO | CO-Burner |
| 1996 | CZ | Mineral Wool Production | 15.000 | CO | WT |
| 1995 | I | Mineral Wool Production | 6.000 | CO, H2S | TNV+GB+WT+F |
| 1995 | I | Mineral Wool Curing Oven | 10.000 | Phenole, Formaldehyde | TNV+GB |
| 1995 | ROK | Mineral Wool Production | 10.000 | CO, H2S, Dust | TNV+GB+WT+F+DESOX |
| 1994 | D | Mineral Wool Production | 10.000 | CO, H2S, Dust | TNV+GB+WT+F+KO |
| 1994 | USA | Mineral Wool Production | 10.000 | CO, H2S | WT |
| 1994 | D | Mineral Wool Production | 10.000 | CO, H2S, Dust | TNV+GB+WT+F+KO |
| 1994 | D | Curing Oven Heating | GB(2x) | ||
| 1994 | D | Curing Oven Heating | GB(2x) | ||
| 1992 | GB | Mineral Wool Production | 15.000 | CO, H2S, Dust | WT |
| RU | Mineral Wool Production | 20.000 | CO, Dust, H2S, SO2 | CFGCS with blast air heating | |