Media

CC-Sulfursorb Plus is a non-impregnated, bituminous coal-based catalytic activated carbon which has been specially developed for removing hydrogen sulfide (H2S) and sulfur compounds from air streams. It is well suited for use in wastewater treatment plants and pumping stations where these compounds are typically found.

CC-PP12 is a spherical, activated alumina-based media impregnated with 12% potassium permanganate (KMnO4). It is ideal for applications where activated carbon is ineffective, such as for the adsorption of polar or lower molecular weight compounds. Due to its spherical form, CC-PP12 is suitable for use in various types of panel filters as well as in applications where a lower pressure drop is required.

CC-PP8 is a spherical, activated alumina-based media impregnated with 8% potassium permanganate (KMnO4). It is ideal for applications where activated carbon is ineffective, such as for the adsorption of polar or lower molecular weight compounds. Due to its spherical form, CC-PP8 is suitable for use in various types of panel filters as well as in applications where a lower pressure drop is required.

CC-IPHg is a coconut shell based activated carbon that is specially impregnated for the desulfurization of gases and the removal of all acidic contaminants such as hydrogen sulfide (H2S), hydrogen chloride (HCl) and mercaptans (thiols).

CC-IPH is a bituminous coal-based activated carbon that is specially impregnated for the desulfurization of gases and the removal of all acidic contaminants such as hydrogen sulfide (H2S), hydrogen chloride (HCl) and mercaptans (thiols).

CC-HSCL is used to remove chlorine or chlorine dioxide from air streams. These air streams are typically generated by bleach plants in pulp and paper facilities, chemical, fresh and waste water treatment plants. The chemisorption process responsible for the removal of the pollutant gas occurs with its reaction with sodium thiosulfate.

CC-HS600 is a silicate compound impregnated with potassium permanganate (KMnO4). It is ideal for those applications where activated carbon is ineffective, such as in the adsorption and oxidization of polar or lower molecular weight compounds.

Centaur is a catalytic activated carbon developed to treat foul air from wastewater and sewage treatment processes. The carbon is a granular media derived from bituminous coal. Hydrogen sulfide (H2S) removal capacity of the media can be restored simply by on-site washing with water.

CC-A40 is a virgin activated carbon. Derived from bituminous coal, it is pelletized in form. Its superior activity and surface area make it ideal for most vapor-phase applications. The uniformity of its shape makes it particularly attractive in applications where low pressure drop is a consideration.

CC-48H2S is a domestically produced, renewable wood-based carbon that uses a unique graphene-carbon structure for exceptional adsorptivity. It is an activated carbon that has been specially developed for removal of Reduced Sulfur Compounds (RSCs), like H2S and other VOCs commonly associated with wastewater treatment.

CC-4x8Z (zeolite) is a naturally occurring mineral with a porous structure. Zeolite’s open structure is capable of loosely holding numerous positive ions; these positive ions can in turn be exchanged for other such ions in a solution. This ability is due to zeolite’s molecular lattice pore structure.

CC-4x8S is a granular activated carbon that is ideal for most air purification purposes. Made from selected grades of coconut shell, its superior level of hardness makes it cleaner than most other carbons and gives it a longer life expectancy. This, combined with its high activity level, makes it well-suited for use in any kind of carbon filter or system.