12–14 Sept 2016
Europe/Vienna timezone
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ANALYSIS OF NONSTATIONARY TRANSIENT PROCESSES IN BLAST FURNACE

12 Sept 2016, 17:40
10m
Board: 62

Speaker

NIKOLAY SPIRIN (Ural Federal University)

Description

Understanding and managing the risks associated with the introduction of a new technology in the highly capital-intensive, large volume and low-margin iron and steel industry, is a key to effectively implementing a lasting change. Hatch has developed a robust methodology for process technology selection for the iron and steel industry to address the risks. The methodology is based on a two-stage approach in which the first stage includes short-listing of the best technologies based on results of mass and energy balance modelling, and a simple financial evaluation as well as risk analysis. The second stage involves a detailed analysis using refined input data, mass and energy balance modelling, capital and operating cost estimation, as well as a detailed financial analysis of the best technologies selected. To illustrate the critical elements of this methodology and the analysis required for the successful selection of ironmaking process technology, a Case Study covering the evaluation and selection of the best (most-suitable) ironmaking technologies for an Iron and Steel Company located in the European part of the Russian Federation, is presented in this paper.

Author

Co-authors

NIKOLAI SPIRIN (Ural Federal University) VITALIY MOIKIN (Torex) VLADIMIR SHVIDKIY (Ural Federal University) VLADISLAV LAVROV (Ural Federal University) YAKOV GORDON (Hatch Ltd.) YURIY YAROSHENKO (Ural Federal University)

Presentation materials