To fully utilize Panzhihua titanium resources, a new process was proposed. In the process, Panzhihua ilmenite concentrate was first reduced in a rotary hearth furnace (RHF) to produce a titanium-rich material and iron. The titanium-rich material was then used in a new chlorination process to produce TiCl,. The comparison of different groups of experimental results or calculation results showed that the utilization ratio of material was improved by using the titanium-rich material after pretreatment other than low level titanic ilmenite directly and the combined fluidized beds (FTF) were more likely to reduce bed height and reaction time than the single fluidized beds (Single F or Single T) under the condition of the same chlorination conver...
A chlorination pilot plant having capacity to produce 5-10 kg/hr of titanium tetrachloride is in ope...
For many years metallurgists have endeavoured to find a suitable method of utilizing the immense dep...
This paper describes a new method for producing TiCl4 by chloridizing materials of high content CaO ...
To fully utilize Panzhihua titanium resources, a new process was proposed. In the process, Panzhihua...
Ilmenite concentrate is the second most abundant resource from the vanadium-bearing titaniferous mag...
The chlorination of a Venezuelan ilmenite ore with carbon tetrachloride was investigated in an exper...
A fundamental study was performed on the removal of iron from titanium ore by selective chlorination...
This paper describes a new method for producing TiCl4 by chloridizing materials of high content CaO ...
Titanium being a strategic metal finds wide application in aerospace and defence. Its alloys are use...
Technology for titanium metal production includes chlorination of stable oxide TiO2 in the presence ...
The production of Titanium Oxycarbonitride (TiOxCyNz) from Malaysian ilmenite and its chlorination a...
Ilmenite is the most abundant mineral for the extraction of titanium. It contains more than 50% TiO2...
The commercial processes to extract iron from ilmenite (FeTiO3) essentially include energy-intensive...
The project undertook a systematic study of chlorination of titanium oxycarbide and oxycarbonitride ...
Ilmenite is the most abundant mineral for the extraction of titanium. It contains more than 50% TiO(...
A chlorination pilot plant having capacity to produce 5-10 kg/hr of titanium tetrachloride is in ope...
For many years metallurgists have endeavoured to find a suitable method of utilizing the immense dep...
This paper describes a new method for producing TiCl4 by chloridizing materials of high content CaO ...
To fully utilize Panzhihua titanium resources, a new process was proposed. In the process, Panzhihua...
Ilmenite concentrate is the second most abundant resource from the vanadium-bearing titaniferous mag...
The chlorination of a Venezuelan ilmenite ore with carbon tetrachloride was investigated in an exper...
A fundamental study was performed on the removal of iron from titanium ore by selective chlorination...
This paper describes a new method for producing TiCl4 by chloridizing materials of high content CaO ...
Titanium being a strategic metal finds wide application in aerospace and defence. Its alloys are use...
Technology for titanium metal production includes chlorination of stable oxide TiO2 in the presence ...
The production of Titanium Oxycarbonitride (TiOxCyNz) from Malaysian ilmenite and its chlorination a...
Ilmenite is the most abundant mineral for the extraction of titanium. It contains more than 50% TiO2...
The commercial processes to extract iron from ilmenite (FeTiO3) essentially include energy-intensive...
The project undertook a systematic study of chlorination of titanium oxycarbide and oxycarbonitride ...
Ilmenite is the most abundant mineral for the extraction of titanium. It contains more than 50% TiO(...
A chlorination pilot plant having capacity to produce 5-10 kg/hr of titanium tetrachloride is in ope...
For many years metallurgists have endeavoured to find a suitable method of utilizing the immense dep...
This paper describes a new method for producing TiCl4 by chloridizing materials of high content CaO ...