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Information × Registration Number 0216U002912, 0115U003168 , R & D reports Title Improvement and optimization of the technological scheme electrothermy ferronickel with the introduction of modern computer technology and PCS popup.stage_title Head Gasik M.I., Registration Date 23-12-2016 Organization National Metallurgical Academy of Ukraine popup.description2 Based on the investigations of physical and chemical characteristics of the process of crude ferronickel smelting in RTP and the compiled material balance is established that, under the existing conditions of conducting the recovery process, almost all the nickel (92-95%) goes to the metallic phase, this made it possible to develop a process control system determination using a non-metal bath level in the furnace.The study of the electric mode of the process of crude ferronickel smelting in RTP was established. What existing furnace №2 symmetry of the electric mode by the voltage, and it is not the basis of his allegations of symmetry, as semi-phase short electrical parameters and other network elements usually asymmetrical current supply. Tested and implemented the partial replacement of carbon-reducing agent technology carbonaceous material grade MU (TUU 322-00196204.005-99). Carbonaceous material, which contains 25% of silicon carbide (SiC), or 17.5% of the recovered silicon, to obtain 1 kg of which is consumed 10-13 kWh of electricity injected into the charge for calcine (patent number 109001 from 10.08.2016g. ), intensifies the flow of regenerative processes in rudovosstanovitelnoy furnace and increases the content of silicon and carbon in the draft ferronickel, which improves the conditions of flow of the alloy desulfurization process of soda ash in the bucket. During the period of performance were used 3795 tons of carbon material, making it possible to combine to save 6,641,250 kWh of electricity Product Description popup.authors Безуглий А.В. Безуглий В.А. Данілюк В.В. Замковой О.В. Коноваленко В.П. Овчарук А.М. Овчарук Д.С. Рубан А.В. Таран А.Ю. Терешкова Н.Пю Трунова І.В. Цвітков І.В. Чернятевич А.Г. popup.nrat_date 2020-04-02 Close