Seven Sublance Systems from Danieli Corus Commissioned at JSW Steel
02/27/2014 - Danieli Corus has successfully commissioned the final two of seven sublance systems at JSW Steel in Toranagallu, Karnataka, India.
Sublance systems No. 2 and No. 3 at SMS-II were successfully installed and cold commissioned. On 6 February 2014, the first hot dip with sublance No. 3 was performed. Finally, on 12 February 2014, the first hot dip with sublance No. 2 took place.
The hot commissioning of these two final systems at SMS-II results in a total of seven working sublance systems at JSW Steel: three at SMS-I and four at SMS-II. The first Sublance at SMS-I was commissioned in February 2013 and one year later, JSW Steel has become the first Indian steel plant to be fully equipped with sublance-based process control systems.
All systems the newly developed DIRC-6 and are based on the level 2 static and dynamic model for BOF process control. This makes the JSW Steel plant in Toranagallu a perfect showcase for the Indian steel industry. This market has long been reluctant with respect to implementing Sublance Systems, but with these seven Danieli Corus systems up and running, JSW Steel has proven the value of sublance-based BOF process control in terms of efficiency and steel quality.
The hot commissioning of these two final systems at SMS-II results in a total of seven working sublance systems at JSW Steel: three at SMS-I and four at SMS-II. The first Sublance at SMS-I was commissioned in February 2013 and one year later, JSW Steel has become the first Indian steel plant to be fully equipped with sublance-based process control systems.
All systems the newly developed DIRC-6 and are based on the level 2 static and dynamic model for BOF process control. This makes the JSW Steel plant in Toranagallu a perfect showcase for the Indian steel industry. This market has long been reluctant with respect to implementing Sublance Systems, but with these seven Danieli Corus systems up and running, JSW Steel has proven the value of sublance-based BOF process control in terms of efficiency and steel quality.
