Development of Process Monitoring and Control: Ironmakin

Chaired by Mr. Horng-Nan Lin / General Superintendent of Ironmaking Department, China Steel Corp.

B11

Injection of Auxiliary Reducing Agents into the Blast Furnace –Effects on Metallurgy and Costs
Michael Peters / ThyssenKrupp Steel, German

B12

Current Status of the COREXR and the FINEXR Process
Dieter Siuka , K. Wieder, C. Bohm ,/ Siemens VAI Metals Technologies GmbH & Co, Austria
J. Schenk, S. Joo, H.G. Lee / Posco Ltd., South Korea

B13

The Application of New Inner Monitoring and Simulation Technologies on Blast Furnace
Gao Zhengkai / University of science and technology Beijing, China

B14

Application of 3D Surface Reconstruction Technology in Blast Furnace Operation
Shih-Kang Kuo, Wen-Chieh Lee and Shan-Wen Du / China Steel Corporation, Taiwan, ROC

Chaired by Dr. Michael Peters / Senior VP of ThyssenKrupp Steel, Germany

B15

Mechatronic Solutions for the Blast Furnace
Martin Smith, Bernhard Schuerz, Dieter Bettinger & Ian McDonald / Siemens VAI, UK

B16

Commissioning and First Operational Results of the New Waste Gas Cleaning Installation with the PWU Entrained Flow Absorber at ROGESA no. 3 Sinter Strand
Hartig, Walter/ AG der Dillinger Huettenwerke, German

B17

New Rotary Hearth Furnace Technology, Converting Oxide Waste to DRI for Blast Furnaces
Shinji Shima, Hiroshi Ichikawa1, Testuharu Ibaraki2 / 1NSC Engineering, 2 Nippon Steel Corporation, Japan

B18

PROvenR – a system for the reduction of emissions at coke ovens
Martin Reinke / UHDE GmbH, Germany

POSTER
PB11

Automatic Heating Control for Coke Oven Battery
Chao-Wen Chen / China Steel Corporation, Taiwan, ROC