Computer-based rotary hearth furnace simulation system

Abstract

A computer-based rotary hearth simulation system belongs to the technical field of iron making simulation. System hardware includes a planning and scheduling server, a rotary hearth furnace simulation server, a monitoring and displaying computer and a user interaction computer. The servers are connected together through an Ethernet local network, and the servers are also connected with the computers through the Ethernet local network. An application module comprises a planning and scheduling simulator, a rotary hearth furnace simulation kernel, a monitor and display module and a user interaction interface module. The planning and scheduling simulator and a relational data base are deployed on the planning and scheduling server. The rotary hearth furnace simulation kernel and the relational data base are deployed on the rotary hearth furnace simulation server. The monitor and display module is deployed on the monitoring and displaying computer. The user interaction interface module is deployed on the user interaction computer. The planning and scheduling simulator is connected with the relational database on the planning and scheduling server through a database interface, and communicated with the rotary hearth furnace simulation kernel through TCP / IP (transmission control protocol / internet protocol). The computer-based rotary hearth simulation system has the advantages that universality of the hearth simulation system is realized, the process of smelting reduction of a rotary hearth furnace can be simulated, and the process of direct reduction of the rotary hearth furnace can also be simulated.

Description

technical field [0001] The invention belongs to the field of production simulation technology for ironmaking, and in particular provides a computer-based rotary hearth furnace simulation system for simulating the production process of the ironmaking rotary hearth furnace for simulating the rotary hearth furnace coal-based hot air melting ironmaking process production process. Background technique [0002] With the rapid development of the world's iron and steel industry and the increasing attention of the international community to environmental protection, resources such as iron ore, scrap steel, and coke are in short supply, and the prices of natural gas and iron ore have risen sharply, making it difficult for major iron and steel enterprises to control production costs. Increasingly, the non-blast furnace ironmaking process has received more and more attention from various countries. Both direct reduction and smelting reduction ironmaking processes, which use coal instea...

AI Technical Summary

Problems solved by technology

Most of these simulation studies are aimed at a certain aspect of rotary hearth furnace production, and have certain limitations for systematic and comprehensive research on rotary hearth furnace production.

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