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DeNOx-Process
DeDiox-Process
Dry Sorption Process
Activated Carbon Technology
Wet electrostatic
filter
Aerosols- and Finest Particles Separation
Scrubbers and Absorption Plants
Sulfuric Acid Plants
Gas Cleaning
after Sulphuric
Acid Plants
Unsere LeistungenUnsere TechnologieUnsere Referenzen

Main References Gas Cleaning after Sulphuric Acid Plants

Customer Location Gas source Gas Vol.
Wet Basis		 Supplied Equipment Year
ZAO Carat TSM

Sorsk,
Russia

 Lead smelter 23.000 Nm3/h wet electrostatic precipitator 2010
Sachtleben Duisburg, Germany Pyrit roasting 43.000 Nm3/h wet electrostatic precipitator 2007
Rhodia Eco Services Ltd. Staveley Works, Chesterfield, U.K. Spent Gas cleaning plant 55.000 Nm3/h H2O2-scrubber 2003
Röhm AG Worms, Germany Spent acid regeneraion 110.000 Nm3/h Quench tower, gas cooling tower 2002
Anglo Platinum Rustenburg, South Africa Platinum electric furnace 64.000 Nm3/h Quench tower, jet scrubber, plate wet electrostatic precipitator, gas cooling tower, square tube wet electrostatic precipitator 2002
Anglo Platinum Rustenburg, South Africa Platinum smelter 55.000 Nm3/h Quench tower, jet scrubber, plate wet electrostatic precipitator, gas cooling tower, square tube wet electrostatic precipitator 2002
Röhm AG Worms, Germany Spent acid decomposition 45.000 Nm3/h Wet electrostatic precipitator system 2001
Berzelius Stolberg Stolberg, Germany Lead smelter 42.700 Nm3/h Plate wet electrostatic precipitator, gas cooling tower, square tube wet electrostatic precipitator 2000
Röhm AG Worms, Germany Spent acid regeneration 45.000 Nm3/h Wet electrostatic precipitator system 2000
Enami Paipote, Chile Copper converter 61.000 Nm3/h Wet electrostatic precipitator system 2000
Palabora Mining Corp. Phalabowa, South Africa Copper converter 195.350 Nm3/h Fluoride scrubber, 2-stage wet electrostatic precipitator system 1998
Formosa Plastics Yun-Lai, Taiwan Spent acid regeneration 70.000 Nm3/h 2-stage wet electrostatic precipitator system 1998
Röhm AG Worms, Germany Spent acid regeneration 15.300 Nm3/h Wet electrostatic precipitator system 1997
Doe Run Herculaneum, USA Lead smelter 61.200 Nm3/h Wet electrostatic precipitator system 1996
Bayer AG Uerdingen, Germany Ferrosulphate decomposition 61.000 Nm3/h Wet electrostatic precipitator system 1994
John Brown Kamenogorsk, Kazakhstan Lead and zinc smelter 100.000 Nm3/h 2-stage wet electrostatic precipitator system  
Grillo - Werke Duisburg, Germany Spent acid regeneration 35.000 Nm3/h Wet electrostatic precipitator system 1991
Pasminco Metals Sulphide Corp. Boolaroo, NSW Australia Lead sintering 110.000 Nm3/h Pre- and post-quench tower 1991
Outokumpu Metals Oy Harjavalta, Finland Copper / Nickel smelter 57.000 + 73,000
Nm3/h		 Hg-removal for two lines and common unit for Hg separation by filtration 1991
Outukumpu Metals Oy Harjavalta, Finland Copper / Nickel smelter 64.000 Nm3/h Wet electrostatic precipitator system 1990
Rhone Poulenc Rieme, Belgium Sulphuric acid regeneration 56.200 Nm3/h 2-stage wet electrostatic precipitator system 1990
Sulzer AG, Winterthur /CH Zilina / Czechoslovakia Sodium sulphate decomposition 12.000 Nm3/h Wet electrostatic precipitator system 1990
Stauffer Chemical
Company / Rhone
Poulenc 		Dominguez, Los Angeles, USA Sulphuric acid regeneration 72.000 Nm3/h 2-stage wet electrostatic precipitator system 1989
Enami Las Ventanas, Chile Copper converter 97.600 Nm3/h Quench, jet scrubber, cooling tower, two stage wet electrostatic precipitator (plate and square tube), Hg-removal 1989
Outokumpu Metals Oy Harjavalta, Finland Copper / Nickel smelter 61.000 Nm3/h Wet electrostatic precipitator system 1989
National Iranian
Lead Zinc Co		 Zanjan, Iran Lead smelter 23.800 Nm3/h Wet electrostatic precipitator system 1985




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