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Coke production
ArticleName Possibilities for the configuration of the EnviBAT pressure regulation system at coke plant
ArticleAuthor J. Kuhn-Gajdzik, F. Krebber, K. Ьberschдr, F. Huhn
ArticleAuthorData

ThyssenKrupp Industrial Solutions AG (Dortmund, Germany):

Kühn-Gajdzik J., Dr. Eng., Senior Process Eng.

Krebber F., Mag. Eng., Senior Process Eng.

Überschär K., Senior Design Eng.

Huhn F., Dr. Nat. Sciences, Head of Process Group, CP-CO, e-mail: friedrich.huhn@thyssenkrupp.com

Abstract

An advanced solution to reduce fugitive emissions from coke oven batteries is the application of an individual chamber pressure regulation system as the PROv-en technology, which — after several technical enhancements — is now being marketed by ThyssenKrupp Industrial Solutions under the new brand name EnviBAT pressure regulation system. Dependent on the clients’ demands, either an integrated or a modular solution is available for the configuration of the EnviBAT system in a coking plant. By application of the EnviBAT pressure regulation system fugitive emissions from the closures of traditional coke oven batteries can be minimized. Therefore even the most stringent environmental requirements can be met. ThyssenKrupp Industrial Solutions (TKIS) is in the position to supply the EnviBAT system in all relevant confi gurations for a customer: the integrated solution in combination with a complete new battery or, the integrated solution for existing coke plants — preferably in combination with an exchange of the GCM, the new modular solution for existing batteries without a need for changing the existing GCM. 

keywords Gas emission, fugitive substances, coke batteries, pressure regulation system, gas collector, EnviBAT system
References

1. Hein, M.; Huhn, F.: Technological Developments of Emission Control in Cokemaking, Proc. 4th ICSTI 2006, Osaka, Japan, 26 – 30 Nov 2006, p. 236/39.

2. Giertz, H. J.; Huhn, F.; Hofherr, K.: New process to avoid emissions: constant pressure in coke ovens, Proc. Ironmaking Conf. 54, 2 – 5 Apr 1995, Nashville, USA, p. 439/45. 

3. Wemhöner, B.; Spitz, J.; Hofherr, K.; Giertz, H. J.; Liesewitz, F.; Huhn, F.: Start of chamber pressure regulation system PROven at coking plant August Thyssen: installation and operational experiences, Proc. 4th European Coke and Ironmaking Congress, 19 – 22 June 2000, Paris, France, p. 470/74. 

4. Hofherr, H. K.; Liszio, P.; Still, G.: Cokemak. Int. 131 (2001) No. 1, p. 39/45.

5. Spitz, J.; Kochanski, K. P.; Leuchtmann, K. P.; Krebber, F.: Operation experiences goined with “PROven” (Pressure Regulated Oven system) in the new “Schwelgern” coke oven plant, Proc. 5th European Coke and Ironmaking Congress 2005, 12 – 15 June 2005, Stockholm, Sweden, Tu2:1, 1–15.

6. Industrial Emissions Directive 2010/75/EU 

7. Huhn, F.; Krebber, F.; Kühn- Gajdzik, J.: Stahl u. Eisen 131 (2001) No. 1, p. 31/40. 

8. Huhn, F.; Krebber, F.; Reinke, M.; Schulte, H.; MPT (2010) No. 4, p. 26/29.

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