Activated Carbon

Activated Carbon

Activated Carbon

for Gold Recovery

for Gold Recovery

for Gold Recovery

Abstract illustration representing activated carbon technology for efficient gold recovery and precious metal extraction.

Gold Mining

Gold Mining

Gold Mining

Challenges

Challenges

Challenges

Gold recovery circuits put constant stress on carbon. Attrition loss, slow kinetics, and inconsistent particle structure can reduce loading efficiency and directly affect gold recovery.

Gold recovery circuits put constant stress on carbon. Attrition loss, slow kinetics, and inconsistent particle structure can reduce loading efficiency and directly affect gold recovery.

Underground gold mining tunnel where activated carbon is used for gold recovery.
Underground gold mining tunnel where activated carbon is used for gold recovery.

Our Solution

Our Solution

We provide high-hardness coconut shell carbon designed for mining environments. Our grades are built for strong adsorption, low loss, and stable performance across demanding recovery cycles.

Customised product for performance across varying ore compositions

Maintains structural integrity and effectiveness through multiple regeneration cycles

Leads to lower lifecycle cost, reduced need for fresh carbon and minimal waste

Applications that Drive Outcomes

Applications that Drive Outcomes

Applications that Drive Outcomes

01

01

CIP & CIL processes

CIP & CIL processes

CIP & CIL processes

Fast adsorption kinetics and high loading capacity maximise gold recovery while minimising fines in agitated slurry circuits

02

02

Heap leach - CIC operations

Heap leach - CIC operations

Heap leach - CIC operations

Ultra-high abrasion resistance and tight particle size control ensure stable, long-term column performance

03

03

High loading capacity

High loading capacity

High loading capacity

Optimised pore size distribution for gold-cyanide complexes delivers more gold per tonne of carbon before elution

04

04

Thermal regeneration & reuse

Thermal regeneration & reuse

Thermal regeneration & reuse

Structural integrity maintained across multiple reactivation cycles, reducing carbon replacement costs significantly

Learn more about our carbon grade for your recovery circuit

Learn more about our carbon grade for your recovery circuit

Learn more about our carbon grade for your recovery circuit

Product Built for

Product Built for

Product Built for

Gold Mining

Gold Mining

Gold Mining

IvarCarb™ Gold

IvarCarb™ Gold

ivar's iGold product for gold recovery
ivar's iGold product for gold recovery
Premium coconut-shell GAC for CIP, CIL and CIC circuits delivering high gold loading, attrition resistance.
Premium coconut-shell GAC for CIP, CIL and CIC circuits delivering high gold loading, attrition resistance.

Real-World Implementations

Real-World Implementations

Real-World Implementations

Heap Leaching

Heap Leaching

Heap Leaching

Adsorb dissolved gold from dilute heap-leach and carbon-in-column streams. High hardness and low attrition resist abrasion, maximising loading and recovery from low-grade, high-volume ore.
Adsorb dissolved gold from dilute heap-leach and carbon-in-column streams. High hardness and low attrition resist abrasion, maximising loading and recovery from low-grade, high-volume ore.
Adsorb dissolved gold from dilute heap-leach and carbon-in-column streams. High hardness and low attrition resist abrasion, maximising loading and recovery from low-grade, high-volume ore.

Elution Circuits

Elution Circuits

Elution Circuits

Withstand repeated high-temperature, high-pressure elution and thermal reactivation with minimal loss. Robust coconut-shell structure keeps loading efficiency high and replacement costs low.
Withstand repeated high-temperature, high-pressure elution and thermal reactivation with minimal loss. Robust coconut-shell structure keeps loading efficiency high and replacement costs low.
Withstand repeated high-temperature, high-pressure elution and thermal reactivation with minimal loss. Robust coconut-shell structure keeps loading efficiency high and replacement costs low.

Gold Refining

Gold Refining

Gold Refining

Recover residual gold, silver and other precious metals from tailings, low-grade streams and refining liquors. Optimal microporosity and mechanical strength deliver selective adsorption.
Recover residual gold, silver and other precious metals from tailings, low-grade streams and refining liquors. Optimal microporosity and mechanical strength deliver selective adsorption.
Recover residual gold, silver and other precious metals from tailings, low-grade streams and refining liquors. Optimal microporosity and mechanical strength deliver selective adsorption.

Head Office

1604 Lodha Supremus,

Dr. E. Moses Road, Worli,

Mumbai, Maharashtra,

400 018 India

Manufacturing Plant

Plot Nos. R28 - R30,
SIPCOT Industrial Area

Perundurai, Dist. Erode,

Tamil Nadu

638 052 India

Find the Right Solution for Your Process

Every process has unique requirements. Our technical team can help you identify the ideal carbon solution for improved performance, consistency, and efficiency.

Head Office

1604 Lodha Supremus,

Dr. E. Moses Road, Worli,

Mumbai, Maharashtra,

400 018 India

Manufacturing Plant

Plot Nos. R28 - R30,

SIPCOT Industrial Area

Perundurai, Dist. Erode,

Tamil Nadu

638 052 India

Find the Right Solution for Your Process

Every process has unique requirements. Our technical team can help you identify the ideal carbon solution for improved performance, consistency, and efficiency.

Head Office

1604 Lodha Supremus,

Dr. E. Moses Road, Worli,

Mumbai, Maharashtra,

400 018 India

Manufacturing Plant

Plot Nos. R28 - R30,

SIPCOT Industrial Area

Perundurai, Dist. Erode,

Tamil Nadu

638 052 India

INDUSTRIES

CAPABILITIES

COMPANY

Deliver Consistent Purity, Batch After Batch

Every process has unique requirements. Our technical team can help you identify the ideal carbon solution for improved performance, consistency, and efficiency.