2020716&ensp·&enspDownstream etc.) upstream Current Height 82.87 m Current Maximum design height 144.6 m Current Tailings Storage Impoundment volume 546 million m3 Planned Tailings Storage Impoundment volume in 5 years (at January 2024) 750 million m3 Most recent independent expert review See disclosure under relevant information and supporting documentationLeave MessageOnline Service
Downstream design tailings storage facilities are typically suitable for areas with seismic activity and high rainfall. In addition, all tailings dams must be designed to take into account the specific environmental setting in which they are to be located, which will include grain size, slope angle and height ofLeave MessageOnline Service
The downstream method has evolved as a result of efforts to devise methods for constructing larger and safer tailings dams. This method produces safer dams both in terms of static and seismic loading (Azizli et al., 1995).It is essentially the reverse of the upstream method, in that as the dam wall is raised, the centerline shifts downstream, and the dam remains founded on coarse tailingsLeave MessageOnline Service
2020918&ensp·&enspMining tailings are a waste product created when significant minerals and metals are extracted from mined ore. They ordinarily appear as a fluid slurry made of fine mineral particles, produced as mined ore is crushed, ground and prepared. Since the 1960s, tailings have normally been stored behind dams, referred to as upstream, downstream orLeave MessageOnline Service
Downstream. Downstream designs start with an impervious starter dam. Tailings are then discharged into the dam and as the embankment is raised, each new wall is constructed and supported on top of the downstream slope of the previous section, so the dam crest moves downstream with each raise.Leave MessageOnline Service
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