High-capacity gaseous contaminant and odor control in a modular, built-up bank assembly. The Camfil Farr built-up bank sorbent panel assembly can be used in commercial applications, industrial applications, manufacturing facilities, medical facilities or any other applications where the control of gaseous contaminants or odors may be a concern. It may also be used to reduce outside air by increasing recirculated air, thus saving energy during the heating and cooling seasons.
Each Camfil Farr built-up bank adsorber module assembles into a built-up bank of gaseous and particulate filtration with 85 pounds of adsorbent per 2000 cfm, a prefilter (of any depth) and a final filter (of any depth).
Each Camsorb built-up bank adsorber includes:
- Corrosion-resistant 16-gauge galvanized steel adsorber sections with integral adsorber panel tracks to facilitate the installation of adsorber panel trays (twelve 1-inch panels per 2000 cfm of rated capacity).
- Panels slide in and out of housing for easy replacement.
- A snap-on, snap-off, adsorber panel retainer with foam panel seals to facilitate adsorber panel service from either the air entering or air exiting sides (unit is bi-directional and panel service side is established during installation).
- Prefiltration and final filtration holding frames. The sorbent section is sandwiched between two particulate filter holding frames, also of 16-gauge galvanized steel construction.
- Frames allow installation of various combinations of prefiltration and ASHRAE grade final filtration. The frames are pre-punched with lances for the application of various fasteners dependent upon particulate filter requirements. Each full size unit uses twelve Camsorb CF one-inch panels with 0.25 cubic feet of sorbent media per panel, or three cubic feet per 2000 cfm (see Product Sheet 2101). Panels may be filled with application specific sorbent media or sorbent media blends. Consult factory for application guidance.
Camfil Farr modular built-up bank adsorbers may be stacked up to six units high (12 feet) without modifications. Resistance to airflow is also minimal at 0.35” w.g. at 500 fpm.