Abstract
Buyeo Materials in Buyeogun, Choongnam province is a company producing feldspar concentrate, but does not yet utilize the garnet as abrasive material and other useful heavy minerals wasted out from the process of feldspar ore. The purpose of this study is to develop technology and process for the recovery of garnet concentrate. As results, the garnet is defined as ferro manganese garnet. The optimum process for recovery of garnet concentrate is to primarily concentrate heavy minerals from tailings of feldspar processing. And secondly the heavy minerals concentrated is dried and separated garnet concentrate from other heavy minerals. At this time, the garnet concentrate is yield by 0.176%wt from 0.31%wt of heavy minerals in head ore. The garnet concentrate contains 33.35% SiO{sub 2}, 12.20% Al{sub 2}O{sub 3}, 28.47% Fe{sub 2}O{sub 3}, 11.96% MnO. As for utilization of abrasive materials, a fundamental data was established on technology of grinding and classification. (author). 13 refs., 47 figs., 24 tabs.
Hong, Seong Woong;
Yang, Jung Il;
Hwang, Seon Kook;
Choi, Yeon Ho;
Cho, Ken Joon;
Shin, Hee Young
[1]
- Korea Inst. of Geology Mining and Materials, Taejon (Korea, Republic of)
Citation Formats
Hong, Seong Woong, Yang, Jung Il, Hwang, Seon Kook, Choi, Yeon Ho, Cho, Ken Joon, and Shin, Hee Young.
Study on mineral processing technology for abrasive minerals.
Korea, Republic of: N. p.,
1995.
Web.
Hong, Seong Woong, Yang, Jung Il, Hwang, Seon Kook, Choi, Yeon Ho, Cho, Ken Joon, & Shin, Hee Young.
Study on mineral processing technology for abrasive minerals.
Korea, Republic of.
Hong, Seong Woong, Yang, Jung Il, Hwang, Seon Kook, Choi, Yeon Ho, Cho, Ken Joon, and Shin, Hee Young.
1995.
"Study on mineral processing technology for abrasive minerals."
Korea, Republic of.
@misc{etde_268329,
title = {Study on mineral processing technology for abrasive minerals}
author = {Hong, Seong Woong, Yang, Jung Il, Hwang, Seon Kook, Choi, Yeon Ho, Cho, Ken Joon, and Shin, Hee Young}
abstractNote = {Buyeo Materials in Buyeogun, Choongnam province is a company producing feldspar concentrate, but does not yet utilize the garnet as abrasive material and other useful heavy minerals wasted out from the process of feldspar ore. The purpose of this study is to develop technology and process for the recovery of garnet concentrate. As results, the garnet is defined as ferro manganese garnet. The optimum process for recovery of garnet concentrate is to primarily concentrate heavy minerals from tailings of feldspar processing. And secondly the heavy minerals concentrated is dried and separated garnet concentrate from other heavy minerals. At this time, the garnet concentrate is yield by 0.176%wt from 0.31%wt of heavy minerals in head ore. The garnet concentrate contains 33.35% SiO{sub 2}, 12.20% Al{sub 2}O{sub 3}, 28.47% Fe{sub 2}O{sub 3}, 11.96% MnO. As for utilization of abrasive materials, a fundamental data was established on technology of grinding and classification. (author). 13 refs., 47 figs., 24 tabs.}
place = {Korea, Republic of}
year = {1995}
month = {Dec}
}
title = {Study on mineral processing technology for abrasive minerals}
author = {Hong, Seong Woong, Yang, Jung Il, Hwang, Seon Kook, Choi, Yeon Ho, Cho, Ken Joon, and Shin, Hee Young}
abstractNote = {Buyeo Materials in Buyeogun, Choongnam province is a company producing feldspar concentrate, but does not yet utilize the garnet as abrasive material and other useful heavy minerals wasted out from the process of feldspar ore. The purpose of this study is to develop technology and process for the recovery of garnet concentrate. As results, the garnet is defined as ferro manganese garnet. The optimum process for recovery of garnet concentrate is to primarily concentrate heavy minerals from tailings of feldspar processing. And secondly the heavy minerals concentrated is dried and separated garnet concentrate from other heavy minerals. At this time, the garnet concentrate is yield by 0.176%wt from 0.31%wt of heavy minerals in head ore. The garnet concentrate contains 33.35% SiO{sub 2}, 12.20% Al{sub 2}O{sub 3}, 28.47% Fe{sub 2}O{sub 3}, 11.96% MnO. As for utilization of abrasive materials, a fundamental data was established on technology of grinding and classification. (author). 13 refs., 47 figs., 24 tabs.}
place = {Korea, Republic of}
year = {1995}
month = {Dec}
}