Air Scrubber

Industrial Air Scrubber Units Waterless Dry Scrubbers

Capacity 1000-60000 CFM

Eliminate industrial air contamination without wasting water.
Greenoz Air Scrubber Units deliver powerful dry filtration system for industrial & commercial facilities. Our dry scrubber comes with 1,000 to 60,000 CFM capacity which can be equipped with advanced multi-stage technfilteration to eliminate pollutants, chemicals, and odors – delivering cleaner air while reducing operational costs and environmental impact.

Critical Air Pollution Control for Modern Industries

Industrial operations face increasing environmental regulations to control polluted air emissions. Traditional wet scrubber systems consume vast amounts of water, generate liquid waste streams, and require complex water treatment processes. These systems become impractical in areas where avaialability of water is an issue. 

Our Solution: Greenoz Air Scrubber Units eliminate water dependency entirely while delivering superior pollutant removal performance. Our advanced dry filtration technology meets stringent environmental standards without the operational challenges of water-based systems. 

Industrial Process Areas

Modular Design for Industrial Applications

Capacity Configuration

Airflow capacity ranges from 1,000 CFM for smaller operations to 60,000+ CFM for large industrial facilities. Modular construction allows easy maintenance with consistent performance & fewer stoppages of the system. 

vertical air treatment unit
Robust Construction Materials

Robust Construction Materials

Choose from galvanized steel construction for standard applications or stainless steel for corrosive environments. All options include powder coating or pre-coating finishes for maximum durability and aesthetic appeal. 

Applications

Chemical Processing Plants

Chemical Processing Plants

Chemical manufacturing facilities require reliable pollutant removal systems that handle corrosive gases and toxic emissions. Our stainless steel construction options resist chemical corrosion while maintaining high filtration efficiency throughout demanding production cycles. 

Food & Beverage Industry

Food & Beverage Industry

Commercial kitchens, food processing facilities, and beverage production plants generate grease, odors, and organic emissions requiring specialized treatment. The carbon filtration options eliminate odors while maintaining hygienic air quality standards.

Laboratory Facilities

Pharmaceutical Manufacturing

Pharmaceutical facilities demand clean air environments with strict contamination control. Our multi-stage filtration removes both particulate matter and chemical contaminants, supporting compliance with pharmaceutical manufacturing standards.

Energy Efficient Fan Systems and Construction

Advanced Fan Technology

EC (electronically commutated) and VFD (variable frequency drive) controlled centrifugal fans provide energy-efficient operation with precise airflow control. Vibration-isolated mounting systems ensure quiet operation while dynamic balancing delivers smooth, reliable performance.

Insulation and Access Design

PUF insulation thickness ranges from 25mm to 50mm with density options from 40 kg/m³ to 96 kg/m³, providing both thermal and acoustic insulation. Hinged or removable access panels enable easy maintenance while minimizing system downtime.

Floor-Mounted Base Frame

Heavy-duty aluminum base frames provide stable mounting with integrated vibration isolation. This design ensures proper system alignment while reducing vibration transmission to building structures.

Maintenance and Operational Benefits

Low Maintenance Requirements

Dry filtration media eliminates water-related maintenance issues like pump servicing, water treatment, and liquid waste disposal. Filter replacement schedules depend on application conditions.

Service-Friendly Design

Strategic component placement and access panel locations minimize maintenance time and costs. All major components remain accessible for inspection and service without requiring system shutdown or extensive disassembly.

Compliance and Environmental Benefits

Waterless operation eliminates liquid waste streams and associated disposal costs. Our systems help facilities meet environmental regulations while reducing operational complexity and long-term maintenance expenses.

Custom Engineering and Installation Support

Application-Specific Design

Our engineering team analyzes your specific pollutant characteristics, airflow requirements, and installation constraints to configure optimal system performance. Custom capacity calculations ensure proper sizing for effective pollutant removal.

Professional Installation Services

Greenoz installation teams provide complete turnkey services including system design, system installation, and performance testing. Our technicians ensure proper integration with existing ventilation systems, if needed.

Frequently Asked Questions

Dry scrubber technology achieves comparable or superior removal efficiency for most applications while eliminating water consumption and liquid waste disposal. Our multi-stage design captures particles down to submicron levels and effectively removes chemical pollutants through ESP and carbon filtration. 

Yes, our modular design accommodates different pollutant characteristics. VFD-controlled fans adjust airflow based on loading conditions, while optional carbon filtration handles chemical variations. ESP technology maintains efficiency across wide concentration ranges. 

Chemical processing, food & beverage, pharmaceuticals, and facilities in water-scarce regions gain maximum benefit. Any application where water treatment costs are high or liquid waste disposal is problematic makes dry scrubber technology advantageous.

Our units connect to standard ductwork configurations and can be integrated with BMS for automated operation and monitoring. 

We provide custom capacity sizing, specialized construction materials, unique access panel configurations, and application-specific filtration media. Our engineering team designs solutions for challenging installation constraints and specific pollutant characteristics.

Send Your Query,
We Shall Get Back to You