Rok Země     Odvětví Splodiny Nm³/h Znečištění Dodávka
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

Technology for a better life