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Danakali flags improvements to Eritrea potash project

  • Thursday, September 3, 2020
  • Source:ferro-alloys.com

  • Keywords:Danakali
[Fellow]Danakali flags improvements to Eritrea potash project

[ferro-alloys.com]Australia’s Danakali (ASX, LON:DNK) said on Wednesday it has completed an updated process plant and infrastructure study for its Colluli potash project in Eritrea, which has identified optimization opportunities for the proposed mine.

The Perth-based company, which has completed phase two of engineering, procurement and construction management (EPCM) work at Colluli, said main potential improvements are related to the environmental and economic aspects of the project.

Upgrades include a beach well intake for the water intake treatment area, which has a lower environmental impact and was found preferable to a subsea intake pipeline.

A third-party review of the work by DRA Global found the beach well intake minimised risk to subsea and coastal habitats by avoiding onshore pipeline construction and offshore installation.

Another optimization was dry harvesting from back end recovery ponds, resulting in a less complex processing design.

Australia’s Danakali (ASX, LON:DNK) said on Wednesday it has completed an updated process plant and infrastructure study for its Colluli potash project in Eritrea, which has identified optimization opportunities for the proposed mine.

The Perth-based company, which has completed phase two of engineering, procurement and construction management (EPCM) work at Colluli, said main potential improvements are related to the environmental and economic aspects of the project.

Upgrades include a beach well intake for the water intake treatment area, which has a lower environmental impact and was found preferable to a subsea intake pipeline.

A third-party review of the work by DRA Global found the beach well intake minimised risk to subsea and coastal habitats by avoiding onshore pipeline construction and offshore installation.

Another optimization was dry harvesting from back end recovery ponds, resulting in a less complex processing design.

(Mining.com)

  • [Editor:王可]

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