Visualization of the Pulse Jet Baghouse Operation for air dust collection. Model: Blizzard BIG Pulse скачать в хорошем качестве

Visualization of the Pulse Jet Baghouse Operation for air dust collection. Model: Blizzard BIG Pulse

Torch-Air grants permission to use this visualization of the dust collector or scrubber operation on your websites, presentations, and videos, provided that an active link (shown below) is included. https://torch-air.com/products/baghou... High-Capacity Pulse-Jet Baghouse for Heavy Industrial Dust Collection 🔧 Key Specifications & Features Airflow / Capacity: Approx. 9,000 – 235,000 CFM (≈ 15,000 – 400,000 m³/h) per module (depending on configuration). Filtration Area: ~1,800 – 27,000 ft² (≈ 170 – 2,500 m²) depending on the number of bags/modules. Filter Media: Round section bags on metal cages; materials available include polyester, meta-aramid, PPS, anti-static fabrics. Cleaning Method: Pulse jet (compressed air bursts) cleaning system. Operating Temperature: Standard up to ~300 °F (~150 °C); optional design up to ~660 °F (~350 °C) for high-temp applications. Dust Concentration at Inlet: Typical up to ~120 ppm (g/m³) standard; optional up to ~150 ppm. Outlet Emissions: Standard design targets ~0.005–0.01 ppm (5–10 mg/m³); higher performance options down to ~0.001–0.005 ppm (1–5 mg/m³). Compressed Air Cleaning Pressure: 58–116 psi (4–8 bars) standard. Construction / Options: Modular design (add modules to scale); coated steel frame; optional explosion-safe design, antistatic media, automatic hopper discharge, insulation, heating. 📌 Typical Applications This model is ideal for heavy industrial sectors such as: Cement and concrete plants Mineral extraction or processing Asphalt and paving plants Metallurgical operations Chemical and petrochemical dust streams Large manufacturing facilities with high dust loads, high air volumes ✅ U.S. Specification Checklist (OSHA / NFPA / EPA Considerations) When specifying the Blizzard BIG for deployment in the U.S., make sure to gather/address the following: Required volumetric flow (CFM) and corresponding inlet dust loading (e.g., g/m³ or ppm). Dust characteristics: particle size distribution, adhesion/abrasiveness, moisture content, temperature, chemical composition. Gas/air stream conditions: temperature, humidity, corrosives, presence of combustible dust (NFPA considerations). Filtration efficiency goal or outlet emission requirement (mg/m³ or ppm). Installation environment: indoor vs outdoor, ambient conditions (freeze-thaw, insulation), maintenance access, clearance for hopper/discharge. Construction options: explosion relief panels, antistatic bags, grounding, insulation/heating for ambient or process extremes. Dust discharge system: manual gate vs automatic gate, worm‐conveyor vs big-bag discharge, hopper design. Service & maintenance access: filter bag removal path, hopper access, fan maintenance, compressed air system. Compliance: ensure alignment with U.S. EPA particulate and PM emission standards, NFPA for combustible dust, and OSHA for worker exposure and machine safety. Foundation/structural support: large modules may require engineered foundations, vibration isolation, fan bases, and structural steel.