FILTRASORB® 200 AWD LF

FILTRASORB® 200 AWD LF is an acid washed granular activated carbon with a low acid soluble iron content that is designed for the purification of low pH solution or water applications. It can be used efficiently in fixed or moving beds. The particle size of 12x40 mesh has been selected to give a high rate of adsorption and low resistance to flow.

Brand: FILTRASORB (12 products)

Functions: Absorbent

Chemical Family: Active Carbon

Applicable Processes: Drinking Water Treatment

Features: High Mechanical Properties, Improved Hardness, Long Shelf Life

Technical Data Sheet

Enhanced TDS

Knowde-enriched technical product data sheet

Identification & Functionality

Features & Benefits

Industrial Additives Features
Product Highlights

F200 AWD-LF is produced with virtually no fines or dust. F200 AWD-LF is made from select grades of bituminous coal combined with suitable binders to give superior hardness and long life. Produced under rigidly controlled conditions by high temperature steam activation, this carbon provides high surface area, large pore volume, high density and a pore structure optimal for the removal of organic species and chlorine from a variety of solutions. This product complies with the requirements for activated carbon as defined by the Food Chemicals Codex (FCC) (8th Edition) published by the U.S. Pharmacopeia.

Features
  • Reagglomerated metallurgical grade bituminous coal.
  • Low fines.
  • High mechanical strength and uniform transport pore distribution, resulting in excellent reactivation performance, and low attrition loss during handling and minimizing. generation of fines in operations requiring backwashing.
  • A strongly adsorbing pore structure optimal for the adsorption of organics, color bodies and odor molecules.
  • Acid washed for high purity and to prevent ash leaching in acidic solutions.
Recycling and Reactivation

Though FILTRASORB is 100-percent freshly manufactured virgin GAC, it can be recycled and reused through thermal reactivation to restore its adsorptive capacity. This eliminates the costs and long-term liability associated with the disposal of spent GAC, and provides customers with a consistent, reliable supply of filtration media.

Applications & Uses

Markets
Applications
Applicable Processes
Applications
  • Food & Beverage
  • Decaffeination
  • Liquid Chemical
  • Drinking Water (Potable)
  • Hemodialysis
  • Industrial Processes

F200 AWD LF 12x40 is used for purification of low pH solutions or for certain water purification applications. Since the carbon has been acid washed, the constituents of F200 AWD LF 12x40 will not be leached into the acidic solution. Its high mechanical strength and uniform transport pore distribution allows for successful multiple reactivation cycles and excellent performance of the reactivatedcarbon.

Properties

Physical Form
Typical Properties
ValueUnitsTest Method / Conditions
Density (Apparent)0.50 - 0.60g/cc-
Mean Particle Diameter1.2 - 1.4mm-
pH (Extractable)5 - 8--
Acid Soluble Ashmax. 0.01wt%-
Acid Soluble Ashmax. 0.5wt%-
US Mesh (0.425mm, PAN, max. 40 )max. 0.5wt%-
Moisture Content (as Packaged)max. 3wt%-
10 US Mesh (2.00mm)max. 5wt%-
Abrasion Numbermin. 78--
Iodine Numbermin. 875mg/g-

Technical Details & Test Data

Typical Pressure Drop

Downflow pressure drop through a bed of F200 AWD-LF 12x40

FILTRASORB® 200 AWD LF - Typical Pressure Drop

Typical Bed Expansion During Backwash

Bed Expansion During Backwash of F200 AWD-LF 12x40 with Water

FILTRASORB® 200 AWD LF - Typical Bed Expansion During Backwash

Design Considerations

The flowrate and contact time needed to achieve the desired contaminant removal, liquid viscosity, and temperature are considerations in designing an efficient and cost-effective activated carbon system. The pressure drop per ft. of bed depth for F200 AWD LF 12x40 carbon is shown for different liquid viscosities.

Safety & Health

Safety

Wet activated carbon can deplete oxygen from air in enclosed spaces. If use in an enclosed space is required, procedures for work in an oxygen deficient environment should be followed.