advanced-nanotechnology-2019-accepted-abstracts

A p r i l 1 8 - 1 9 , 2 0 1 9

P a r i s , F r a n c e

Page 48

Nano Research & Applications

ISSN: 2471-9838

Advanced Nanotechnology 2019

EuroSciCon Conference on

Advanced Nanotechnology

iO2 is one of very important oxides in ceramic industries, glass and glassed ceramic for its chemical, optical, thermal,

electrical properties which made it the most common and widely used compound among other titanium compounds. Ores

are considered as essential resources of the engineering materials. Generally decreasing of metals percentages in ores by the

time has been noted in metallurgical industries. But modern progress of technical means maintains investment ability of the

ore which was rather poor for an earlier period. The chemical analysis of Iraqi sand of Al Amaj region declares that it contains

low grade of titanium dioxide and within 0.95% percentage. The analysis of volume fraction distribution of the sand indicates

that it is fine sand and the larger fraction is with particle size less than 150 µm. TiO2 content distributed unregularly within the

different particle volumes, and its larger fraction is concentrated in the fine volume fractions which are less than 150 µm. The

concentration process by shaking table increased TiO2 percentage in the ore from 0.95% to 23% with recovery percentage of 72%

when the solid fraction percentage is 20% and the feeding rate is 1 L/min. The magnetic separation processes of the concentrate

that produced from the shaking table which accomplished by high intensity wet magnet lead to ilmenite with concentration of

57.8% and recovery of 83.8%. The parameters of this process are solid percentage of 20%, feeding rate of 1 L/min and magnetic

force of 6.63 kjaws.

Concentration of titanium dioxide (TiO2) from

Iraqi sands of AL-Amaj region

Rehab H Khanjar, Mohammed J Kadhim and Abd Alwahab Abd

Alrazak

Middle Technical University, Iraq

University of Technology, Iraq

Iraqi Geological Survey, Iraq

Nano Res Appl 2019, Volume:5

DOI: 10.21767/2471-9838-C2-034