Choise of the production technology for the complex flux
Journal Title: Metallurgical and Mining Industry - Year 2018, Vol 10, Issue 1
Abstract
Abstract As the complex flux is the promising material, there arises the necessity to determine the interaction between the lime-containing materials and iron-bearing ones at their joint sintering. We present in this article the reports of the research conducted with the initial materials (finely crushed limestone and iron concentrate) shaped into the briquettes and mixed granules (or in other words limestone pellets with rolled on concentrate). The materials with the size within the range of 3-10 mm were mixed for producing different compositions further shaped into the rectangular briquettes. The combined No.1 — 2018 Metallurgical and Mining Industry 9 Blast-furnace process granules were made from 3-12 mm limestone pieces and iron-concentrate. Both the briquettes and the granules underwent calcination and roasting in the laboratory plant. The results obtained have been compared with behaviour of pure limestone samples. With the research we conclude that the finely precipitated limestone accompanied by the concentrate has significantly faster dissociation. However, we cannot neglect the fact that the expenses for the complex flux production from the finely precipitated limestone are higher and the additional equipment is required while the process of the granule production is more suitable and does not demand much of additional equipment. The research results describing the interaction mechanism between the lime-containing and the ironbearing components are to be applied for the production processes of complex flux.
Authors and Affiliations
V. V. Bochka, A. V. Dvoiehlazova, S. IE. Sulimenko
Keywords
Related Articles
- EP ID EP560906
- DOI -
- Views 127
- Downloads 0
Increase of efficiency of railway junction with application of intelligent model module of railway station
The given work is directed on formation of intellectual technology of determination of a rational way of receiving of freight trains on the basis of techno-technological parameters. The technical and technological parame...
Improvement of quality indicators and elimination of chemical microinhomogenity of the rolled products made of mn-containing steel by the new thermal treatment modes
The tensile properties of normalized low alloy E36 steel after heat-treatment mode, which includes isothermal holding at the subcritical temperatures and subsequent normalization, were investigated. A solution of actual...
Accuracy control for products manufactured by deforming broaching
This article presents the research results on the development of scientifically based technological methods for controlling the accuracy parameters of parts processed by deforming broaching. In the course of the research...
Choise of the production technology for the complex flux
Abstract As the complex flux is the promising material, there arises the necessity to determine the interaction between the lime-containing materials and iron-bearing ones at their joint sintering. We present in this art...
Uncontrolled parameters influence on material and energy consumption for BOF heat
The current article aims at analyzing the impact of uncontrolled parameters (the degree of СО to СО2 post-combustion, contents of silicon and carbon in iron, heat carrier specific consumption, heat loss of BOF vessel, et...