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Advanced Baghouse Design Simulator
Design your system to global environmental engineering standards with thermodynamic gas expansion, can velocity analysis, and dust characteristics.
1. Gas Characteristics & Volume
Standard volume at 0°C and 1 Atm pressure.
2. Filtration & Media Targets
Laboratory Analysis Results
Live DataNet Surface Area
@ At Actual Volume conditions
Required Bags
Ø160mm Standard Diameter
Critical Design Criteria
Can Velocity
0.00 m/sOptimal Level
Recommended Media
Polyester Needlefelt
Standard temperature resistance.
Our experts should validate the system prior to setup.
Request Custom QuoteWhy This is Not a Basic Calculator
Most industry tools assume a static airflow, leading to incorrectly sized capital investments. This laboratory tool incorporates Thermodynamic Gas Expansion (Boyles/Charles Law) to upscale Normal flow (Nm³/h) to Actual flow (Am³/h) based on process temperature.
What is Can Velocity? Even if your total cloth area is sufficient, if the upward air speed between the bags (Can Velocity) exceeds ~1.2 m/s, "Re-entrainment" occurs. Dust pulsed off the bags gets swept right back onto them instead of falling into the hopper. Our algorithm detects this flaw and warns you proactively.