FILTRASORB® 200M
- Chemical Family
- Active Carbon
FILTRASORB® 200M is a granular activated carbon (GAC) developed by Calgon Carbon Corporation for the removal of contaminants from municipal drinking water. These contaminants include taste and odor compounds such as MIB and Geosmin, organic compounds known to be precursors to disinfection byproduct (DBP) formation, DBP compounds such as haloacetic acids and trihalomethanes, contaminants of emerging concern (CECs), such as endocrine disrupting compounds (EDCs) and pharmaceutical and personal care products (PPCPs), and other targeted organic contaminants.
Properties
- Physical Form
- Granules
- Solid
Product families
Applications
- Water Treatment
Product Families
- Filtration Media
Other characteristics
- Brand
- FILTRASORB
- End Uses
- Ponds, Swimming Pools
- Features
High Mechanical Properties; Calgon Carbon's reagglomerated coal-based granular activated carbons have several properties which provide superior performance in a wide range of applications; Produced in the United States from a pulverized blend of high quality, domestically mined bituminous coals resulting in a consistent, high quality product.; Carbon granules are uniformly activated through the whole granule, not just the outside, resulting in excellent adsorption properties and constant adsorption kinetics.; The reagglomerated structure ensures proper wetting while also eliminating floating material.; High mechanical strength relative to other raw materials, thereby reducing the generation of fines during backwashing and hydraulic transport.; Carbon bed segregation is retained after repeated backwashing, ensuring the adsorption profile remains unchanged and therefore maximizing the bed life.; Reagglomerated with a high abrasion resistance, which provides excellent reactivation performance.; High density carbon resulting in a greater adsorption capacity per unit volume.
- Functions
- Absorbent
- Applicable Processes
Aquaculture, Brewing, Drinking Water Treatment, Groundwater Treatment, Sewage Treatment, Water Reclamation
- 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.
- Markets
- Industrial
- Process
This activated carbon is manufactured from select grades of bituminous coal through a process known as reagglomeration to produce a durable granular product capable of withstanding the abrasion associated with repeated backwashing, air scouring, hydraulic transport, and thermal reactivation. The raw coal is mined and subsequently manufactured into GAC in the United States to ensure the highest quality and consistency in the finished product. Activation is carefully controlled as measured by the iodine number for effective adsorption of a broad range of high and low molecular weight organic contaminants. The higher density of FILTRASORB brand GAC results in a product with both a greater adsorptive capacity on a volume basis and a longer life through multiple reactivation cycles.
- Regulatory
FILTRASORB 200-M is designed to comply with all the applicable provisions of the AWWA Standard for Granular Activated Carbon, B604, latest edition, the stringent extractable requirements of NSF/ ANSI 61, and the Food Chemicals Codex, latest edition.
- Technology
- Industrial Additives & Materials
- Custom Reactivation
Municipal drinking water utilities can extend the life of their FILTRASORB granular activated carbon while lowering their operating costs through participation in Calgon Carbon's Custom Municipal Reactivation (CMR) program. After a granular activated carbon's adsorptive capacity has been exhausted, it can be returned to Calgon Carbon for thermal reactiva-tion (upon carbon acceptance approval). In the reactivation process, the spent activated carbon is heated to a high temperature in furnaces devoid of oxygen, using steam as a selective oxidant. The high temperature reaction with steam serves to restore the adsorptive capacity of the activated carbon.; The CMR program ensures that each customer receives their own GAC back after reactivation. The benefits of using a custom reactivated GAC versus a virgin carbon are several, including: a) economic, as reactivated GAC costs less than virgin GAC, and b) environmental, as use of reactivated GAC conserves natural resources and reduces CO2 emissions compared to the manufacture of virgin GAC. Another benefit of reactivating and reusing spent granular activated carbon is the ability for customers to ensure for themselves a reliable supply of GAC when needed, as the spent/ reactivated carbon represents a renewable resource. Finally, through reactivation, the costs and long-term liability associated with disposal of spent GAC are eliminated.; The combination of high mechanical strength and the dense granular structure of FILTRASORB brand GAC, a product of both the bituminous coal starting material and the reagglomeration manufacturing process, results in a GAC ideal for reactivation, with excellent adsorptive performance and low losses.
Technical data
Table 1 of 1
11 rows| Characteristic | Value | Unit |
|---|---|---|
| Apparent Density (Tamped) | 0.58 | g/cc |
| Effective Size | 0.55 - 0.75 | mm |
| Non-Wettable | max. 1 | % |
| Water Extractables | max. 1 | % |
| Uniformity Coefficient | max. 1.9 | — |
| Moisture Content (by Weight) | max. 2 | % |
| Screen Size (by Weight, US Sieve Series Through 40 mesh) | max. 4 | % |
| Screen Size (by Weight, US Sieve Series on 12 mesh) | max. 5 | % |
| Trace Capacity Number | min. 10 | mg/g |
| Abrasion Number | min. 75 | — |
| Iodine Number | min. 850 | mg/g |
