As industrial emission standards tighten globally, especially in waste incineration and glass kiln industries, traditional flue gas treatment processes face significant challenges in cost, space, and operational efficiency. In this context, Omela’s Integrated Dust & NOx Removal Filter Bags emerge as a breakthrough solution that combines filtration and denitrification (DeNOx) functions into a single unit.
| Traditional Process | Problem Description |
|---|---|
| 🏭 Separate Baghouse + SCR Reactor | Occupies large space; layout is complex |
| 💸 Multiple Systems (Dust → NOx → SOx) | High investment & operating cost |
| 🌡 High-temperature SCR (280–400°C) | Requires reheating → energy waste |
| 🛠 Multiple Components | High maintenance workload & failure risk |
Omela’s Integrated Filter Bags adopt a high-temperature needle-punched felt base (such as PPS, P84, or PTFE), impregnated or laminated with denitrification catalysts or functional coatings. This design allows simultaneous dust removal and NOx reduction directly inside the dust collector (baghouse).
| Parameter | Specification |
|---|---|
| Base Material | PPS / P84 / PTFE needle punched felt |
| Denitrification Mechanism | In-bag catalytic reaction (no extra reactor) |
| Operating Temperature | 150–230°C (depends on material type) |
| NOx Removal Efficiency | ≥ 60% (customizable) |
| Dust Filtration Efficiency | ≥ 99.9% |
| Air Permeability | 10–15 m³/m²·min |
| Application Longevity | 2–3 years under stable conditions |
✅ Certified Quality – ISO9001, SGS and domestic environmental certifications
✅ Tailor-Made Design – Based on your dust type, NOx level, and operating temp
✅ Trusted by Industry – Proven performance in waste-to-energy and glass kiln projects
✅ Hassle-Free After-Sales – Fast delivery, technical guidance, and long-term support
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