Petroleum refineries and petrochemical processing, which are notorious for their oily and bio recalcitrant wastewater, are not exempted from this age-old class of adsorbents. Possessing well-developed porous structures with a surface area ranging from 1000 to 1800 m2/ g. Petroleum products are hazardous both for humans and nature. Diesel oil is one of the main contaminants of land but also of sea, during its transportation. Currently, there are many different clean-up techniques for petroleum products. One of the most common is adsorption by Activated Carbon.
Specially developed activated carbon (GAC) is being used as catalyst carriers for hydrocarbon sweetening and this process involves the catalytic extraction of mercaptans from refinery products. Activated carbon also finds it’s application in field condensate purification where heavier hydrocarbons and other coloured bodies are removed.
• Removal of mercaptans
• improve Efficiency of Gas Scrubbers Remove the longer-chain hydrocarbon contaminants by circulating a split stream of the glycol flow through a GAC adsorber
• Purifying Refinery Products A dual-bed GAC adsorber is a twophase pressure swing system that allows continuous hydrogen purification and provides 99% pure hydrogen • Catalyst Protection and Catalyst Support remove hydrogen sulfide and low-molecular-weight organic sulfur compounds from gas streams that do not contain oxygen
Available typical activity range:
CTC activity %: 50-70
Surface area M2/g: 1000 - 1200 m2/g
Pore volume: 0.45 - 1.1 cm3/g
Note: Other high activity product also available on request basis.
Treatment:
Non-washed / Washed / Acid and Alkali wash / Impregnation (like KI / KOH / NaOH / Sulphur / TEDA / Copper / CuO / THAM / Cu, Cr, Ag / H2CO3 etc.)
Specification | Test Method | Decoloring Application | |
---|---|---|---|
Grade | ASTM D 2862 | Minus 80 | Minus 100 |
Size | ASTM D 2862 | 90% pass 80 mesh | 90% pass 100 mesh |
Iodine number(mg/g) | ASTM D 4607 | 900-1100 | 900-1100 |
Surface Area,(m2/g) | BET | 900-1150 | 900-1150 |
Moisture (%) | ASTM D 2867 | 10% max | 10% max |
Ash (%) | ASTM D 2866 | 8% max | 8% max |
Tapped Density (Kg/m3) | ASTM D 2854 | 500 +/- 30 | 500 +/- 30 |
Ph | ASTM D 3838 | 9 to 11 | 9 to 11 |