Submit an Article
Become a reviewer
Vol 155 Iss. 2
Pages:
177-180
Download volume:
RUS
Article

Justification of the structural diagram of the automatic control system of oxygen-air mixture and natural gas supply to a suspended melting furnace

Authors:
I. V. Pyankin
About authors
  • Norilsk State Industrial Institute
Date submitted:
2002-07-17
Date accepted:
2002-08-02
Date published:
2003-12-30

Abstract

The purpose and optimal mode of the weighted smelting process when operating on nickel raw materials are described, and the consequences of deviations from this mode are indicated. The analysis of control quality of the suspended melting furnace (SMF) is made, as a result of which the necessity of development of the automatic control system of the SMF is shown. The problem statement is formulated and the criterion of optimal control is specified. The importance of maintaining the oxygen coefficient and thermal balance of the reaction shaft by controlling the flow rates of technical oxygen and natural gas is emphasized. The consequences of overestimation and underestimation of oxygen coefficient are analyzed. A two-level system of automatic control of oxygen-air mixture and natural gas supply to the SMF is proposed and its structural scheme is given. The algorithm of its operation is presented.

Область исследования:
Metallurgy
Funding:

None

Go to volume 155

Similar articles

Representatives of the suborder ammonitina from stratotypic and reference sections of the Jurassic of England, France, and Germany
2003 D. V. Bezgodova
Deposit modeling using ROXAR's IRAP RMS software package
2003 S. V. Lyadov
Analysis of the smelting process in the vanyukov furnace to increase the extraction of the sum of non-ferrous metals
2003 I. A. Kirpichenkov
Geochemical studies of the environment of the city of Aksai, Rostov Oblast
2003 A. V. Belousova
Calculation of temperature and pressure changes along the length of the oil pipeline during start-up and shutdown
2003 P. V. Pyatibrat
Anisotropic transformation of the gravimetric field during tracing of discontinuous dislocations
2003 A. P. Bednenko