FIELD: production of sponge metal in shaft furnace. SUBSTANCE: method includes charging of metal oxides such as iron, nickel and cobalt oxides onto furnace top and reduction of charge in countercurrent flow of hot products of natural has conversion. Oxygen-to-carbon ratio O/C in gas supplied for conversion is maintained within 0.98-1.10 at gas temperature of 600-1000 C. Reducing gas for all reduction process is obtained in working space of furnace with ratio of volume of furnace conversion zone to volume of reduction zone being 0.04-0.4. Heating of oxygen-nitrogen mixture up to 960-1485 C and natural gas up 20-400 C is carried out separately, and they are mixed directly before introduction into shaft furnace. EFFECT: higher efficiency. 2 dwg, 5 tbl
| Title |
Year |
Author |
Number |
| METHOD FOR PRODUCTION OF SPONGE IRON IN SHAFT FURNACE |
1989 |
- Lazutkin S.E.
- Sukhov M.I.
- Ostroukh N.N.
- Jusfin Ju.S.
- Bazilevich T.N.
- Litvinenko Ju.A.
- Kozin Ju.A.
|
RU1751991C |
| METHOD FOR DIRECT PRODUCTION OF SPONGE IRON USING GAS-OXYGEN CONVERSION AND SHAFT FURNACE THEREFOR |
2015 |
- Povolotskij Vladimir Yurevich
- Bokovikov Boris Aleksandrovich
- Evstyugin Sergej Nikolaevich
- Gorbachev Valerij Aleksandrovich
- Solodukhin Andrej Aleksandrovich
- Ismagilov Rinat Irshatovich
- Dokukin Eduard Vladimirovich
- Kretov Sergej Ivanovich
- Kozub Aleksandr Vasilevich
- Panchenko Anatolij Ivanovich
- Gridasov Igor Nikolaevich
|
RU2590031C1 |
| PROCESS FOR PRODUCING SPONGE IRON IN SHAFT FURNACE |
0 |
- Lazutkin Sergej Evgenevich
- Ostroukh Nikolaj Nikolaevich
- Dobromirov Yurij Leonidovich
- Medvedeva Lyudmila Isaakovna
- Yurtaev Anatolij Alekseevich
- Pchelkin Stanislav Alekseevich
- Zinyagin Gennadij Alekseevich
- Popov Vladimir Egorevich
- Khrenov Evgenij Borisovich
- Tsvik Zhorzh Belyaminovich
- Zyuban Oleg Petrovich
|
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| METHOD FOR PRODUCTION OF SPONGE IRON AND SHAFT FURNACE THEREFOR |
2015 |
- Povolotskij Vladimir Yurevich
- Bokovikov Boris Aleksandrovich
- Evstyugin Sergej Nikolaevich
- Gorbachev Valerij Aleksandrovich
- Lantsov Yurij Viktorovich
- Petrov Sergej Vasilevich
- Solodukhin Andrej Aleksandrovich
- Ismagilov Rinat Irshatovich
- Dokukin Eduard Vladimirovich
- Kretov Sergej Ivanovich
- Kozub Aleksandr Vasilevich
- Panchenko Anatolij Ivanovich
- Gridasov Igor Nikolaevich
- Naftal Mikhail Naftolevich
|
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| PROCESS FOR PRODUCING SPONGE IRON IN A SHAFT FURNACE |
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- Lazutkin Sergej Evgenevich
- Ostroukh Nikolaj Nikolaevich
- Dobromirov Yurij Leonidovich
- Medvedeva Lyudmila Isaakovna
- Dobromirov Viktor Leonidovich
- Yurtaev Anatolij Alekseevich
- Goncharov Sergej Stepanovich
- Popov Vladimir Egorovich
- Pchelkin Stanislav Alekseevich
- Zinyagin Gennadij Alekseevich
- Khrenov Evgenij Borisovich
- Maslennikov Aleksandr Vladimirovich
- Fomin Anatolij Mikhajlovich
- Khokhlov Oleg Alekseevich
|
SU1655995A1 |
| METHOD OF PRODUCTION OF SPONGE IRON IN SHAFT FURNACES |
2004 |
- Leont'Ev L.I.
- Ugarov A.A.
- Lazutkin S.E.
- Gontaruk E.I.
- Zinjagin G.A.
- Kolesnikov B.P.
- Petrov S.V.
- Jurtaev A.A.
- Shljakhov N.A.
|
RU2255117C9 |
| METHOD OF SPONGE IRON PRODUCTION IN SHAFT FURNACE |
1986 |
- Lazutkin S.E.
- Ostroukh N.N.
- Pchelkin S.A.
- Kanfer V.D.
- Jurov G.A.
- Jurtaev A.A.
|
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| METHOD OF PRODUCING METALLIZED PRODUCT |
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- Knyazev Vladimir Fedorovich
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- Nemenov Aleksandr Mikhajlovich
- Medvedev Aleksej Ivanovich
|
SU739120A1 |
| METHOD FOR OBTAINING SPONGE IRON IN SHAFT FURNACE |
1990 |
- Lazutkin S.E.
- Kozin Ju.A.
- Ostroukh N.N.
- Dovljadov I.V.
- Zin'Ko B.F.
|
RU1790222C |
| METHOD OF REDUCING IRON-ORE MATERIALS IN SHAFT FURNACE |
0 |
- Kudryavtsev Valentin Semenovich
- Yurov Gennadij Aleksandrovich
- Yurtaev Anatolij Alekseevich
- Pchelkin Stanislav Alekseevich
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|
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