Electrostatic Precipitator (ESP)
Utilizes high-voltage ionization to charge sub-micron particles, which are then magnetically trapped on grounded collection plates. Achieves up to 98% efficiency.
Purpose-built environmental treatment systems engineered for grease filtration, odor control, and emission reduction in commercial and industrial applications.
Advanced Exhaust Filtration. Pristine Environments. The ultimate defense against grease, smoke, and airborne odors for demanding commercial kitchens.
Utilizes high-voltage ionization to charge sub-micron particles, which are then magnetically trapped on grounded collection plates. Achieves up to 98% efficiency.
Heavy-duty Activated Carbon cylinders or V-bank panels chemically adsorb VOCs. Optional Double Carbon Filter with Potassium Permanganate (KMnO4) for stubborn odors.
Optional HEPA (H13 or H14) absolute filter captures up to 99.99% of ultra-fine smoke and aerosolized contaminants down to 0.3 microns.
Rigorously rated to withstand 400°C for two continuous hours, ensuring critical emergency smoke ventilation and preventing duct auto-ignition.
Detailed parameter configurations and operating capacities for Ecology Units.
| Primary Extractor | Washable Aluminum Mesh / Stainless Baffle |
|---|---|
| Secondary Particulate | Electrostatic Precipitator (Single or Double) |
| Fine Particulate | ISO ePM Synthetic Bag or Optional HEPA H13/H14 |
| Odor Control | Activated Carbon / Optional KMnO4 Integration |
| Casing Integrity | Grease-tight, smooth interior for pressure washing |
|---|---|
| Fan Rating | F400 Certified (400°C for 2 Hours) |
| Control Systems | Integrated BMS, Automated fault alarms |
| UV-C Options | Ozone generation for cold combustion of grease |
Frequently asked questions about our air handling systems
All KLIMARC units meet ISO 16890 standards. We provide multi-stage filtration options from G4 pre-filters to HEPA for cleanroom-class applications.
Yes. The modular architecture supports vertical, horizontal, and split arrangements for retrofit projects and tight mechanical spaces.
Standard configurations are usually 6-8 weeks. Custom-engineered units with specialized heat recovery can take up to 10-12 weeks.
Yes. Our technical team can provide on-site installation supervision, commissioning, and performance verification.
Provide your project details and our engineering team will reply with a technical proposal within 48 hours.
Direct Inquiry
info@klimarc.com
Global Support
+971 52 277 4852
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