Hydraulic Collector for Harvesting Polymetallic Nodules in Deep-Sea Mining

International Marine Minerals Society
S. J. Dasselaar A. A. Schipaanboord
Organization:
International Marine Minerals Society
Pages:
3
File Size:
3479 KB
Publication Date:
Jan 1, 2017

Abstract

"With the growing global demand for strategic metals, commodity prices are rising and the scarcity of some metals is increasing. Europe’s technology sector is also affected by this growing shortage of metals. Securing the supply of critical metals is now a major element in Europe’s economic strategy. The Blue Mining and Blue Nodules projects have been initiated to principally advance deep sea mining technology beyond current TRL-levels.These critical metals are found inside so-called “polymetallic nodules”, lying on the seafloor in deep-sea environment. These nodules have a typical abundance of 10-25 kg/m2 and a size range of 10-125 mm.Harvesting the polymetallic nodules is challenging. Two main methods of harvesting or collector equipment are distinguished: hydraulic and mechanical. Over the last year, Royal IHC has designed, build and tested a full-scale hydraulic collector. Meanwhile, a mechanical collector is being developed.First, a scaled version of the hydraulic collector was developed and tested in order to have a proof of principle. The development as well as optimization were aided by multiphase CFD simulations."
Citation

APA: S. J. Dasselaar A. A. Schipaanboord  (2017)  Hydraulic Collector for Harvesting Polymetallic Nodules in Deep-Sea Mining

MLA: S. J. Dasselaar A. A. Schipaanboord Hydraulic Collector for Harvesting Polymetallic Nodules in Deep-Sea Mining. International Marine Minerals Society, 2017.

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