网页2015年7月1日The study is concerned with optimizing of some procedures of titanomagnetite concentrate (TMC) decomposition with a non-aqueous solvent, prepared from n-octanol saturated with hydrochloric acid, by applying the factorial
Contact网页Titanomagnetite is a mineral containing oxides of titanium and iron, with the formula Fe 2+ (Fe 3+ ,Ti) 2 O 4. It is also known as titaniferous magnetite, mogensenite, Ti-magnetite,
Contact网页Titanomagnetites are common magnetic minerals in igneous and metamorphic rocks. Titanomagnetites (Fe3 −x Ti x O 4, 0 ≤ x ≤ 1) form a complete solid solution above ~ 923
Contact网页2021年1月1日Titanomagnetite is the main component of iron ore in V-bearing titanoferrous magnetite. It is composed of magnetite, ulvite, aluminum spinel, and lamella
Contact网页Titanomagnetite ore processing is a sophisticated large-scale production, which poses technological challenges and causes a number of ecological problems such as
Contact网页2021年1月1日Abstract. This stone reports the synthesis of a series of nanosized titanomagnetite particles from iron sand in the system of Ti x Fe 3-x O 4 (x× increases)
Contact网页2017年12月24日There are two main methods for processing titanomagnetites—pyrometallurgical methods (reduction melting to form metallic iron and
Contact网页2021年6月16日The new process of “chemical-physical” combined mineral processing is used to treat titaniferous magnetite concentrate, which realizes the efficient
Contact网页2015年7月1日Abstract. The study is concerned with optimizing of some procedures of titanomagnetite concentrate (TMC) decomposition with a non-aqueous solvent,
Contact网页2020年11月14日PDF The article describes the modern technology of iron smelting from vanadium-containing titanomagnetite. The complex of research presented by the
Contact网页2020年11月1日Improvement in vanadium-containing titanomagnetite processing technology. A V Kushnarev 1, K V Mironov 1, S A Zagainov 2 and A A Forshev 1. Published under licence by IOP Publishing Ltd IOP Conference Series: Materials Science and Engineering, Volume 966, 15th International Conference on Industrial Manufacturing and
Contact网页2017年12月24日In this , we study the possibility of obtaining iron and titanium-vanadium concentrates with highest contents of iron and titanium, respectively, through hydrometallurgical processing of the
Contact网页processing one ton of ore and negative impact on the environment. In addition, the usage of the chloride method as a technology for titanomagnetite ore processing is economically impractical due to the low content of titanium in such ores [13–16]. Consequently, the purpose of this research is to develop more
Contact网页2015年7月1日Abstract. The study is concerned with optimizing of some procedures of titanomagnetite concentrate (TMC) decomposition with a non-aqueous solvent, prepared from n-octanol saturated with hydrochloric acid, by applying the factorial experimental design. The factors, essential for TMC decomposition, were found to be the
Contact网页2021年11月17日Martitized titanomagnetite in thin intergrowths with ilmenite in high-Ti ilmenite–titanomagnetite ores predetermines the choice of processing technology. Since the natural magnetite oxidation process is already started in martitized ores, oxidizing roasting accelerates the solid-phase transformation of magnetite and ilmenite with the
Contact网页1985年8月1日According to the Otanmäki Process the titanomagnetite concentrate is pelletized with sodium carbonate and the pellets indurated according to a certain pattern in a shaft furnace. Afterwards, the pellets are subjected to leaching and the formed water-soluble Na-vanadates are recovered in a solution, from which the vanadium is precipitated as V
Contact网页2022年1月18日The article provides a classification of titanomagnetite raw materials in Russia and the Commonwealth of Independent States (CIS) countries. Specific features of titanomagnetite beneficiation include taking into account the mineralogical composition of the ore and the technology of blast furnace smelting of titanomagnetites.
Contact网页Improvement in vanadium-containing titanomagnetite processing technology A V Kushnarev1, K V Mironov1, S A Zagainov2, 3 and A A Forshev1 1 EVRAZ NTMK, ul. Metallurgov, 1 An opportunity to improve blast furnace production rate arose after the furnace line had been changed. On the basis of an analysis of data on the work of blast
Contact网页2022年8月15日Hydrometallurgical processing is economically effective only for raw materials with a high of V 2 O 5 content (>1%). Titanomagnetite concentrate with a soda addition is subjected to oxidizing roasting, and the cinder is then leached with water for selective vanadium recovery. This method is characterized by a high degree of vanadium
Contact网页The methods of processing of titanomagnetite and ilmenite ores were analyzed. It is shown that the existing scheme of processing does not meet the requirements of complex use of materials. The stone presents the results of laboratory studies on reduction of ilmenite concentrate and subsequent pyrometallurgical separation of reduction products
Contact网页2022年4月15日The traditional titanomagnetite sintering process consumes high fuel and produces weak-strength sinter. In this study, double-layer sintering was used to solve above problems. The theoretical
Contact网页minerals Article Hydrometallurgical Processing Technology of Titanomagnetite Ores Victor Ivanovich Sachkov 1 ID, Roman Andreevich Nefedov 1, Vladislav Viktorovich Orlov 1, Rodion Olegovych Medvedev 1,2 and Anna Sergeevna Sachkova 2,* ID 1 Innovative Technology Center, National Research Tomsk State University, Lenin Avenue 36,
Contact网页2017年12月24日In this , we study the possibility of obtaining iron and titanium-vanadium concentrates with highest contents of iron and titanium, respectively, through hydrometallurgical processing of the
Contact网页2015年7月1日Abstract. The study is concerned with optimizing of some procedures of titanomagnetite concentrate (TMC) decomposition with a non-aqueous solvent, prepared from n-octanol saturated with hydrochloric acid, by applying the factorial experimental design. The factors, essential for TMC decomposition, were found to be the
Contact网页2020年2月18日Geophysical techniques, such as magnetic and geoelectric ones, are useful for ore deposit exploration, represented by titanomagnetite. Titanomagnetite is a mineral composed of oxides of titanium and iron. Forty-seven magnetic profiles have been measured using two proton magnetometers to cover the study area with a direction
Contact网页2021年11月17日Martitized titanomagnetite in thin intergrowths with ilmenite in high-Ti ilmenite–titanomagnetite ores predetermines the choice of processing technology. Since the natural magnetite oxidation process is already started in martitized ores, oxidizing roasting accelerates the solid-phase transformation of magnetite and ilmenite with the
Contact网页1985年8月1日According to the Otanmäki Process the titanomagnetite concentrate is pelletized with sodium carbonate and the pellets indurated according to a certain pattern in a shaft furnace. Afterwards, the pellets are subjected to leaching and the formed water-soluble Na-vanadates are recovered in a solution, from which the vanadium is precipitated as V
Contact网页2022年1月18日The article provides a classification of titanomagnetite raw materials in Russia and the Commonwealth of Independent States (CIS) countries. Specific features of titanomagnetite beneficiation include taking into account the mineralogical composition of the ore and the technology of blast furnace smelting of titanomagnetites.
Contact网页Improvement in vanadium-containing titanomagnetite processing technology A V Kushnarev1, K V Mironov1, S A Zagainov2, 3 and A A Forshev1 1 EVRAZ NTMK, ul. Metallurgov, 1 An opportunity to improve blast furnace production rate arose after the furnace line had been changed. On the basis of an analysis of data on the work of blast
Contact网页The methods of processing of titanomagnetite and ilmenite ores were analyzed. It is shown that the existing scheme of processing does not meet the requirements of complex use of materials. The stone presents the results of laboratory studies on reduction of ilmenite concentrate and subsequent pyrometallurgical separation of reduction products
Contact