26–29 Jun 2017
Austria Center Vienna
Europe/Vienna timezone

Productivity Record @ 75tpy in a single endless line for bars

28 Jun 2017, 11:00
20m
Room N (Austria Center Vienna)

Room N

Austria Center Vienna

Bruno-Kreisky-Platz 1 1020 ViennaAustria
Oral Presentation Modernization and new implementations High speed billet casting

Speaker

Mr Andrea De Luca (Danieli & C. Officine Meccaniche Spa)

Description

Cast-Endless rolling route for deformed bars is establishing as a reliable process for higher and higher productivity at lower operational costs thanks to the energy saving advantages. In IIC-Egyptian Steel Plant it has been started up a new turn-key steel plant designed for the world’s highest productivity of 75 t/h in an endless single line. Design capacity has been already exceeded consistently only after three months of startup. The CCM is designed for a combined production of both rebar in endless mode and billets though additional two strands, allowing max flexibility both for rolled bars and as-cast billets, enlarging the annual designed capacity of the plant up to 800,000tpy for both products. Proven technology and reliability of whole plant are the core for stable high casting speed, fundamental for regular endless rolling. The endless process for rebar originally developed in SQ130mm billet section, now it is extended to bigger sections to enhance productivity and sizing the plant capacity to the market specific need. Increased billet section to SQ165mm at casting speed exceeding 6.0 m/min and application of in-line thermo-mechanical treatment on finished products allow a larger margin for energy saving, further lowering OPEX for the plant. In the present paper there are described studies for high speed casting with SQ165 mm billet, the plant startup and relevant steps in achieving the top performances for the endless production. Key words: Steel, High Speed Casting, Energy Saving, Endless rolling, High Productivity, Induction Heating, OPEX Reduction, In-line Thermo-mechanical Treatment

Author

Mr Marcellino Fornasier (Danieli Company)

Co-authors

Mr Andrea De Luca (Danieli & C. Officine Meccaniche Spa) Mr Claudio Fabbro (Danieli Company) Mr Massimiliano Isera (Danieli Company) Ms Nadia Boldrin (Danieli company) Mr Simone Ferrarese (Danieli Company)

Presentation materials