Best Practices In Material Choice For Design And Construction Of Hydrometallurgical Equipment

- Organization:
- Metallurgy and Materials Society
- Pages:
- 10
- File Size:
- 1602 KB
- Publication Date:
- Jan 1, 2013
Abstract
Hydrometallurgical processes can be exceptionally corrosive. This is particularly true in acid leaching processes for copper, cobalt, nickel and rare earth elements. In the last five years, several large hydromet plants have been built in North America (Vale - Long Harbour, Baja Mining ? El Boleo and MolyCorp - Mountain Pass). Hundreds of storage tanks, extraction vessels and electrowinning cells along with miles of piping were designed and fabricated to withstand the aggressive environments inherent in these processes. One key element all three projects had in common was the extensive use of FRP in equipment design. As a material of construction, FRP provided equal if not improved durability relative to alternative corrosion resistant alloys at a considerably lower cost. This paper will highlight the extensive use of FRP in these three world scale projects and why it was chosen for each process.
Citation
APA:
(2013) Best Practices In Material Choice For Design And Construction Of Hydrometallurgical EquipmentMLA: Best Practices In Material Choice For Design And Construction Of Hydrometallurgical Equipment. Metallurgy and Materials Society, 2013.