Honeycomb Chemical Filter - DRISORB Series

Bry-Air, achieved a yet another breakthrough benchmark in its ‘in-situ’ synthesized macro porous Honeycomb technology research by extending it to Gas Phase Filtration. In a chemical filter, gases are filtered and cleaned out when they are passed through a chemical filter. Bry-Air’s new macro porous honeycomb matrix based chemical filter provides largest amount of chemical for chemisorption and can neutralize even ultra low concentration of gaseous contaminants. This new technology will remove contaminants from air supply stream, comprising of gases, odor elements or volatile organic compounds more efficiently and effectively.

Fluted Media Chemical Filters

This is a superior technology as compared to granular packed bed filter. A macro porous desiccant based Honeycomb Matrix comprising of a flat and corrugated sheet of Active Desiccant. The substrate is of inorganic fiber media. It has high efficiency and reliability. This is designed for higher airflow therefore requires lower face area and has lower pressure drop. This also eliminates the requirement of after filter

Fluted Media Chemical Filter has high “%” impregnation of Potassium Permangnate (typical 15 % of KMNO4)

Advantages of DRISORBTM Honeycomb Chemical Filters

• Bulk Density > 20 lbs/cu.ft
• Honeycomb Monolith Media Available in 1” to 12” Depths in Standard and Custom Filter Sizes
• Air Flow Range is 400 to 600 FPM
• Tested by Most Respectable RTI Lab of USA
• Longer Life (Higher MTBR)
• Tested in Accordance to ASHRAE 145.2P and ISO 11155-2
• Only Honeycomb Filter with Permanganate
• Very High Capacity
• Very Low Pressure Drop
• Available in Combination with Various Impregnants
• Backed by Bry-Air’s Cutting Edge State-of-the-Art R&D and Testing Facilities

Honeycomb Chemical filter can be used in wide range of industries

The new honeycomb matrix technology can be used both in commercial and industrial applications and is ideal for human and hardware health. It removes contaminants, eliminates odor and reduces downtime by removing toxic/corrosive gases through the process of chemisorption making it ideal for gas phase filtration in:

• Paper and Pulp Industry
• Petrochemical Refineries
• Waste Water Treatment
• Data Centers and Mission Critical Facilities
• Process Industry
• Server Rooms
• Research Labs
• Electronic and Semi Conductor Industry
• Food Processing Industry
• Fertilizer Industry