Brain Odor Modules Filters
Brain odor modules filter has a rigid style with glue-free design to eliminate medium and high gas concentrations. The selected chemical filters are responsible to provide pure air even in severe conditions so this product is significant in HVAC standalone pressurization systems to prevent corrosion on components of expensive and sensitive equipment due to acid gasses such as H2S. The recyclable polystyrene plastic fits BOKFM18 filter module to be used in highly corrosive air environments and the V-shape improves the contact time and efficiency. Normally these modules are used in Industrial Side Access (ISA) air purification systems. Gas-phase filter media are made with carbon, zeolite, alumina or coconut-based media. Refillable energy efficiency, easy assemble, low energy consumption, low-pressure drop and 100% recyclable are some setting apart features of Brain odor modules filter.
FEATURES
- Energy Efficient
- Corrosive Resistant
- Refillable
- 100% Recyclable
- Small Equipment Size
- Rigid Style
- Glue-Free Design
- Easy Assembly
- Low Energy Consumption
- Low Pressure Drop, Save Energy
APPLICATIONS
- Chemical Plant
- Ecology Unit
- Oil And Gas Plant
- Steel Plant
- Pharmaceuticals
- Hospitals
- Commercial Buildings
- Waste Water Treatment
- Process Technology
- Greenhouse
- Food And Drinking Process
- Food And Drinking Process
- Railroad
CONSTRUCTION
Frame Material | polystyrene |
Final Pressure drop | 101 Pa |
Flow rate | 850 m3/h |
Initial Pressure drop | 101 Pa |
Air velocity | 2,54 m/s |
Size of Module | 595x440x145mm |
Shape | Single V |
Bed thickness | 25mm |
SIZE CHART
Part No | ISO 16890 | Filter Class | Filter Class (EN779) | Filter Model | Filteration Area(m^2) | Model No | Frame Model | Size(mm) WxHxD | Nominal Air Flow | Nominal air flow(M^1/h) | Nominal Air Flow (m/h2) | Nominal Air flow (m3/h ) | Nominal Air Flow(m3/h)(Pa)(0.45m/s) | Media | Media Area(m2) | Media Area(m3/h ) | Pressure Drop(Pa) | Initial Pressure Drop (Pa) | Weight(kg) | Velocity(m/s) | Dimension | No.of Pockets | Filter Media | Fiber Glass | Number of cartridges | Volume of cartridge(dm^3) | Application |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
KF-Bi-On KOH | Potassium Hydroxide | Greatest purity and bigger surface area Broad spectrum of gas removal | |||||||||||||||||||||||||
KF-BI-On Cl | Sodium Thiosulphate | Chlorine and acid gases removal | |||||||||||||||||||||||||
KF-Bi-On K/4% | Potassium lodure | Formaldehyde and organic aldehydes removal | |||||||||||||||||||||||||
KF-Bi-On +11% | Potassium Permanganate | lrreversable removal | |||||||||||||||||||||||||
KF-Bi-On AC Active Max | Thermally activated bituminous carbon No impregnates | High gas removal capacity | |||||||||||||||||||||||||
KF-On Triple Blend | Contains a 50:25:25 blend, respectively of KF-Bi-On KOH, KF-Bi-On AC Active Max, KF-Bi-On +6% | Mix |