PROJECT / COPPER CATHODE

Navid Farayand Copper Cathode Parandak project

The project followed the path from laboratory study to the design and construction of a copper cathode plant.

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Copper cathode development at Parandak using leaching, solvent extraction and electrowinning.

Feed capacity: 300 t/day
Cathode capacity: 700 t/year
Laboratory studies: 6 months

The engineering challenge

Leaching, solution purification, SX and EW must stay coordinated to protect electrolyte quality and production stability.

The project followed the path from laboratory study to the design and construction of a copper cathode plant.

Zarfaravar’s delivery method

After six months of laboratory studies, crushing, leaching, solvent extraction and electrowinning were developed for the target feed.

Six-month laboratory program
Design crushing and leaching
Develop SX and EW circuit

Decision-ready outputs

The project was defined for 300 t/day feed and 700 t/year cathode, with construction starting on 25 September 2021.

Process flowsheet
Design basis
SX/EW circuit
Engineering documents

FAQ / PROJECT / COPPER CATHODE

Frequently asked questions

How does a navid farayand copper cathode engagement begin?

It begins with a technical review of available data and the project objective. The initial work plan then starts with six-month laboratory program.

What information should the client provide?

Available assays, capacity targets, material samples, site constraints and prior test results help define a faster and more reliable scope.

What is delivered at the end?

The agreed scope is documented through Process flowsheet, Design basis, SX/EW circuit, Engineering documents. Deliverables are adjusted to the maturity and decision gate of each project.

NEXT ENGINEERING STEP

Define the right next step for your material or plant.

Share the available assays, sample status, target capacity and current constraints with our engineering team.

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