Carbon in Pulp (CIP) / Carbon in Leach (CIL) / Carbon in Circuit (CIP)

Carbon in Pulp (CIP) / Carbon in Leach (CIL) / Carbon in Circuit (CIP) Vadivel Cocotech is a pioneering supplier of activated carbon for Carbon in Pulp (CIP), Carbon-in leach (CIL) and Carbon-in-circuit (CIC) processes in gold mining Recognizing the critical role activated carbon plays in a gold mining process, Vadivel Cocotech Gold Activated Carbon series present a range of coconut shell based re-generable products for CIP/CIL /CIC extraction process boasting high hardness values and resistance to abrasion. These characteristics of Vadivel Cocotech activated carbon products ensure that the carbon does not break into fines during the vigorous agitation steps in the circuits and consequent loss of gold.

Vadivel Cocotech products are manufactured under carefully controlled kiln conditions and post activation processes to ensure consistency in particle size distribution, absence of flaky particles, minimum platelet content, optimum pore network for adsorption, lasting activity, and very high gold adsorption kinetics and gold loading capacity ensuring effective and efficient adsorption. We are the dominant and preferred supplier to the premium mines of the world, a testament to Vadivel Cocotech superior product and total quality assurance.

CIEX 55 – 6x12

  • Butane Adsorption (% by wt) Min: 21.6 ASTM
  • Iodine Number (mg/g) Min: 1100 ASTM
  • Apparent Density (g/L) Min: 480 ASTM
  • Moisture (% wt/wt) Max: 5 ASTM
  • Ash (% wt) Max: 3 ASTM
  • pH 9-11 ASTM
  • Hardness No. Min: 99 ASTM
  • Particles size 6×12 US mesh ASTM
    > 6 mesh (3.35 mm) (% by wt) Max: 5 ASTM
    6×12 (3.35 mm x 1.70 mm) (% by wt) Min: 90 ASTM
    < 12 mesh (1.70 mm) (% by wt) Max: 5 ASTM

CIEX 50 – 6x12

  • Butane Adsorption (% by wt) Min:19.5 ASTM
  • Iodine Number (mg/g) Min: 1050 ASTM
  • Apparent Density (g/L) Min: 520 ASTM
  • Moisture (% wt/wt) Max: 5 ASTM
  • Ash (% wt) Max: 3 ASTM
  • pH 9-11 ASTM
  • Hardness No. Min: 99 ASTM
  • Particles size 6×12 US mesh ASTM
    > 6 mesh (3.35 mm) (% by wt) Max: 5 ASTM
    6×12 (3.35 mm x 1.70 mm) (% by wt) Min: 90 ASTM
    < 12 mesh (1.70 mm) (% by wt) Max: 5 ASTM

CIPL 55 – 6x12

  • Butane Adsorption (% by wt) Min:21.5 ASTM
  • Iodine Number (mg/g) Min: 1100 ASTM
  • Apparent Density (g/L) Min: 470 ASTM
  • Moisture (% wt/wt) Max: 5 ASTM
  • Ash (% wt) Max: 3 ASTM
  • pH 9-11 ASTM
  • Hardness No. Min: 99 ASTM
  • Platelet Content (% by wt) Max: 5 AARL
  • Particles size 6×12 US mesh ASTM
    > 6 mesh (3.35 mm) (% by wt) Max: 5 ASTM
    6×12 (3.35 mm x 1.70 mm) (% by wt) Min: 90 ASTM
    < 12 mesh (1.70 mm) (% by wt) Max: 5 ASTM

CIPL 60 – 6x12

  • Butane Adsorption (% by wt) Min:60 ASTM
  • Iodine Number (mg/g) Min: 1150 ASTM
  • Apparent Density (g/L) Min: 480 ASTM
  • Moisture (% wt/wt) Max: 5 ASTM
  • Ash (% wt) Max: 3 ASTM
  • pH 9-11 ASTM
  • Hardness No. Min: 99 ASTM
  • Platelet Content (% by wt) Max: 5 AARL
  • Particles size 6×12 US mesh ASTM
    > 6 mesh (3.35 mm) (% by wt) Max: 5 ASTM
    6×12 (3.35 mm x 1.70 mm) (% by wt) Min: 90 ASTM
    < 12 mesh (1.70 mm) (% by wt) Max: 5 ASTM