Development of buffer station for safe and eco-friendly mining of seabed mineral resources

Society for Mining, Metallurgy & Exploration
Sup Hong Jong-Choi Tae-kyeong Yeu Hyung-woo Kim Sung-Soon Kim Cheon-Hong Min Minuk Lee Ki-Young Seong Chang-Ho Lee Jae- Won Oh
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
3
File Size:
565 KB
Publication Date:
Sep 1, 2014

Abstract

"Collecting mineral resources from the seabed using a seafloor crawling robot is the firststep in the mining operation. The second-step is lifting the collected ore up to the water surface. For lifting through a riser pipe, prevention of pipe clogging (flow assurance) and economic and eco-friendly up-transferring is of the utmost concern.During collection of mineral ores, the production rate can be highly variable because of the variability in the distribution of the mineral deposit, variations in seafloor topography, fluctuations robot speed, and variations in performance of the mining robot, etc. Direct transfer of the collected ore to the riser pipe might cause unpredictable and serious problems such as over-loading of the lift pump, reduction in the life of the equipment, pipe clogging, severe increase of down-time, critical damage of equipment, further propagation of damages, and total failure after all.As a counter measure to these potential problems, a buffer station has been adopted, which is capable of storing the collected ore for a certain time and simultaneously regulating the transfer of the ore into the riser pipe. A pilot buffer has been developed by KRISO/KIOST (see Fig. 1)."
Citation

APA: Sup Hong Jong-Choi Tae-kyeong Yeu Hyung-woo Kim Sung-Soon Kim Cheon-Hong Min Minuk Lee Ki-Young Seong Chang-Ho Lee Jae- Won Oh  (2014)  Development of buffer station for safe and eco-friendly mining of seabed mineral resources

MLA: Sup Hong Jong-Choi Tae-kyeong Yeu Hyung-woo Kim Sung-Soon Kim Cheon-Hong Min Minuk Lee Ki-Young Seong Chang-Ho Lee Jae- Won Oh Development of buffer station for safe and eco-friendly mining of seabed mineral resources. Society for Mining, Metallurgy & Exploration, 2014.

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