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Converter smelting endpoint molten steel carbon and temperature control system and method thereof
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A converter smelting, molten steel temperature technology, applied in the temperature control system, converter smelting terminal molten steel carbon field
Active Publication Date: 2010-09-29
HEBEI SHOUGANG QIAN AN IRON & STEEL CO LTD +2
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[0007] The purpose of the present invention is to provide a converter smelting end point molten steel carbon and temperature control system and its method, which solves the disadvantages of using sub-lance or exhaust gas analysis alone at present, and improves the carbon content and temperature accuracy of the end point of converter steelmaking molten steel; it is suitable for various enterprises Requirements for high, medium and low carbon steel products produced by large and medium-sized converters
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Embodiment 1
[0099] Example 1: In the production process of a 210-ton converter, the sub-gun T measurement and massspectrometerexhaust gas analysis are used.
[0100] Main raw materials: 215.24t of molten iron, 19.84t of scrap steel;
[0101] Batches and quantities of feeding materials in blowing process
[0106] According to this control method, the temperature measured by the sub-gun will be used as the starting point for temperature calculation, and the exhaust gas analysis data of the massspectrometer will be used as the basis for calculating the carbon of molten steel. end system.
[0107] End of blowing: oxygen content 10520Nm3 exhaust gas components CO-0.28%, CO 2 -12.5%, O 2 -5.5%, N 2 -80.6% Ar -0.04%.
[0108] Ca...
Embodiment 2
[0111] Example 2: In the production process of a 210-ton converter, the sub-lance TSC is used for measurement.
[0112] Main raw materials: molten iron 211.28, scrap steel 26.44,
[0113] Batches and quantities of feeding materials in blowing process
[0117] Subgun TSC measurement: temperature 1630°C; carbon 0.486%,
[0118] According to this control method, the temperature measured by the sub-lance and the carbon content of molten steel will be used as the starting point for calculation. The molten steel temperature and carbon prediction module will calculate cyclically based on the actual smelting process data and display the results in the client system.
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Abstract
The invention discloses a converter smelting endpoint molten steel carbon and temperature controlsystem and a method thereof, and belongs to the technical field of converter steelmakingautomation control. The converter smelting endpoint molten steel carbon and temperature controlsystem comprises hardware equipment and a softwareprocessing module, and is characterized in that: the hardware equipment comprises converter sublance measuring equipment and converter exhaust gas analysis equipment; the softwareprocessing module comprises a converter production process data acquisition module, a converter smelting endpoint carbon calculation module, a converter smelting endpoint temperature calculation module, and an information display module; the softwareprocessing module is operated on a computer; and the hardware equipment and the software module are connected with a converter production process database through an Ethernet to realize data interaction. The control system and the method thereof have the advantages of accurately controlling the converter smelting endpoint molten steel carbon content and the molten steel temperature, along with stable operation, cost conservation, and wide application range.
Description
technical field [0001] The invention belongs to the technical field of automatic control of converter steelmaking, and in particular provides a converter smelting end point molten steel carbon and temperature controlsystem and method thereof. It is suitable for large and medium-sized converters to produce various high, medium and low carbon steel products. Background technique [0002] The main purpose of converter steelmaking is decarburization and temperature rise. Accurately controlling the carbon content and temperature of molten steel at the end of converter smelting is the core goal of converter smelting operations. In the past, due to the influence of converter volume and automation level, the judgment of converter end point was mainly based on manual experience, which could not meet the needs of enterprise survival and development in terms of accuracy, smelting cycle, production rhythm and other aspects. With the continuous improvement of enterprises' demand for co...
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