A Plastic Fume Scrubber is a critical air pollution control system designed to capture and neutralize harmful emissions generated during plastic manufacturing, processing, or combustion. These scrubbers work by employing liquid-based or chemical absorption techniques to remove toxic fumes, particulates, and volatile organic compounds (VOCs) from the exhaust stream. They often use specialized chemicals or neutralizers to treat the pollutants, ensuring compliance with environmental regulations and improving air quality. Plastic Fume Scrubbers play a vital role in protecting human health, minimizing environmental impact, and maintaining workplace safety in industries dealing with plastics and related materials.
Technical Specification
Parameter
Value
Air Flow
300 to 25,000 CFM
Material Of Construction
PP / FRP / PP+FRP / MS / SS
Removal Technique
Gas – Liquid Mass Transfer and Chemical Absorption
Pressure Drop
75 mm W.C.
Efficiency
Up to 99 %
Models and Options
MODEL NPFS - 30
1. Air Handling Volume -- 400 CFM
2. Material Of Construction-- PP / FRP / PP+FRP / MS / SS
3. Removal Technique -- Gas – Liquid Mass Transfer and Chemical Absorption
4. Pressure Drop --75 mm W.C.
5. Filter Efficience -- 99%
MODEL NPFS - 45
1. Air Handling Volume -- 1000 CFM
2. Material Of Construction-- PP / FRP / PP+FRP / MS / SS
3. Removal Technique -- Gas – Liquid Mass Transfer and Chemical Absorption
4. Pressure Drop --75 mm W.C.
5. Filter Efficience -- 99%
MODEL NPFS - 60
1. Air Handling Volume -- 2000 CFM
2. Material Of Construction-- PP / FRP / PP+FRP / MS / SS
3. Removal Technique -- Gas – Liquid Mass Transfer and Chemical Absorption
4. Pressure Drop --75 mm W.C.
5. Filter Efficience -- 99%
MODEL NPFS - 75
1. Air Handling Volume -- 3000 CFM
2. Material Of Construction-- PP / FRP / PP+FRP / MS / SS
3. Removal Technique -- Gas – Liquid Mass Transfer and Chemical Absorption
4. Pressure Drop --75 mm W.C.
5. Filter Efficience -- 99%
Application
Plastic Manufacturing Plants – Controlling fumes generated during molding, extrusion, and compounding.
PVC Processing Units – Removing hydrochloric acid (HCl) fumes released from PVC heating.
Polymer & Resin Plants – Absorbing styrene, formaldehyde, and other volatile organic fumes.
Thermoplastic & Thermoset Processing – Scrubbing hazardous vapors during curing and melting.
Plastic Recycling Facilities – Neutralizing toxic gases from shredding, melting, and pelletizing.
Chemical Treatment of Plastics – Controlling fumes from etching, chemical surface modification.
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