| High Activity Activated Carbon For Water & Air Treatment |
 |
|
|
|
|
 Coconut Shell Based Activated Carbon with extreme high activity, and has large pore volume and very hard which makes it highly suitable for general water treatment for removal of organic compounds such as dissolved hydrocarbons. Being derived from coconut shell, it has been treated to remove unwanted impurities; the carbon has high de-chlorination properties. It also exhibits increased capability to adsorb trihalomethanes or THMs, Methyl Isoborneol, Geosmin and methyl tertiary butyl ethers or MTBEs, & other disinfectants because of its abundance of micropores and also used in situations where very high uptake of contaminants is required. The carbon is widely used in Soft Drinks Bottlers, brewers, water treatment companies and waste water (domestic and industrial).
|
|
|
|
|
|
| Iodine No |
> 1300 mg/g |
ASTM D4607-94 |
| CTC (CCL4) Activity |
> 60 - 100% |
ASTM D3467-88 |
| Apparent Density |
0.36 - 0.42 g/cc |
ASTM D2854-96 |
| Ball Pan Hardness |
> 95% |
ASTM D3820-79 |
| Moisture Content |
< 5% |
ASTM D2867-99 |
| ASH Content |
< 1% |
ASTM D2866-94 |
| pH Value |
6 to 11 |
JIS K1474
ASTM D2862-82 |
|
|
| Particle Size Distribution |
| Mesh |
over size [+20 (+0.85mm), +8 (+2.36mm)] |
< 5% |
| Mesh |
size in range (20-40, 8-30) |
> 90% |
| Mesh |
under size [-40 (-0.425mm), -30 (0.60mm)] |
< 5% |
|
|
|
| Notes: - The typical analysis are the average analysis figures based on previous year's production, and may fluctuate due the base material. |
|
Applications
- Removal of taste and odours
- Elimination of pesticides and other dissolved pollutants
- Protection of RO membrane and resins
- Removal of dissolved organic matter
Benefits
- Selected pore structure for maximum adsorption
- Flexible Solution to seasonal problems
- Cost effective
- Efficient dechlorination properties
|
