A molten iron transportation system

Abstract

The invention discloses a molten iron transport system. The molten iron transport system comprises casting houses (1) of ironmaking blast furnaces and a steel-making workshop (7), parallel track lines (3) are arranged between the casting houses (1) of the ironmaking blast furnaces and the steel-making workshops (7), the casting houses (1) of a plurality of ironmaking blast furnaces are symmetrically and compactly arranged at two sides of the parallel track lines (3), each casting houses (1) of each ironmaking blast furnace is connected to adjacent track line (3) via a molten iron pot storing line (4) of each casting houses, and a molten iron pot (2) of each casting houses (1) of each ironmaking blast furnace can be transported to the track lines (3) along each molten iron pot storing line (4). The steel-making workshop (7) is arranged at one end of the parallel track lines (3), the molten iron pots (2) can be transported to the steel-making workshop (7) along the track lines (3). The molten iron transport system is compact in arrangement, less in land occupation without a transition across workshop and a crane, so the investment can be saved.

Description

technical field [0001] The invention relates to a molten iron transportation system for an iron and steel enterprise, in particular to a novel molten iron transportation system between multiple blast furnaces for ironmaking and a steelmaking workshop. Background technique [0002] At present, there are three main methods of molten iron transportation in domestic iron and steel complexes: railway transportation, transitional crane transportation, and road transportation. When there are multiple blast furnaces, the railway and road transportation occupy a large area, the layout of the blast furnaces in the ironmaking workshop is scattered, the operation cycle of the molten iron is long, and the temperature drop of the molten iron is large during the transportation process; the transitional crane transportation needs to build a long transition along the transportation line Cross-factory, and need to set up a large-tonnage crane to ferry the molten iron tanks, the investment is ...

AI Technical Summary

Problems solved by technology

When there are multiple blast furnaces, the railway and road transportation occupy a large area, the layout of the blast furnaces in the ironmaking workshop is scattered, the operation period of the molten iron is long, and the temperature drop of the molten iron is large during the transportation process; the transitional crane transportation needs to build a long transition along the transportation line Cross-factory, and need to set up large-tonnage cranes to ferry the molten iron tanks, the investment is high, and when there are many molten iron tanks, the operating rate of the crane cannot meet the requirements of molten iron transportation

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