Improve indoor air quality of your facility with Greenoz Exhaust Air Units – engineered for contaminated air extraction and optional filtration across industrial, commercial and healthcare environments. Our smart ventilation systems come with multi-stage filtration options, perfect for manufacturing facilities, shopping malls, office buildings, etc., requiring superior air quality control.
Indusrial & commercial buildings face mounting challenges in maintaining healthy indoor environments while managing energy costs effectively. Poor exhaust ventilation leads to contaminated air, odor buildup, and compromised occupant health. Â
Traditional exhaust systems often lack proper filtration and they send pollutants directly into the external environment without air treatment.Â
Our Solution: Greenoz Exhaust Air Units provide intelligent air extraction with optional multi-stage filtration, ensuring clean indoor environments while meeting environmental compliance requirements. Our energy-efficient design reduces operational costs while maintaining superior air quality standards.Â
Choose from galvanized steel construction for standard applications or stainless steel for corrosive indoor environments. All construction options include powder coating or pre-coating finishes for maximum durability and aesthetic appeal.
Single skin construction provides cost-effective solutions for general commercial applications. Double skin configurations with extruded aluminum framework offer superior thermal performance and acoustic insulation for demanding environments.Â
Workshops, assembly lines, and industrial processes generate airborne contaminants requiring effective removal. Our robust construction handles demanding industrial environments while maintaining consistent performance.
Hospitals, isolation rooms, and pharmaceutical cleanrooms demand precise air quality control with contamination prevention. Optional fine filtration and carbon filters ensure compliance with healthcare air quality standards.
Office spaces, co-working facilities, and commercial lobbies require reliable exhaust ventilation maintaining comfortable environments while supporting productivity. Greenoz Exhaust Air Units handle standard office air quality requirements with energy-efficient operation.
Energy-efficient fan technology combined with smart controls reduces overall power consumption, supporting sustainability goals and green building certifications. Our systems contribute to LEED and other environmental rating systems.
Durable construction materials and quality components ensure extended equipment life with minimal maintenance requirements. This design approach reduces replacement costs while maintaining consistent performance throughout the equipment lifecycle.Â
G4 pre-filters capture coarse dust and particles, suitable for general commercial applications. F7 filters remove finer particles for healthcare environments, while F9 filters provide highest efficiency for pharmaceutical cleanrooms and sensitive applications requiring superior air quality.Â
EC motors provide variable speed control with 20-30% energy savings compared to standard AC motors. They offer precise airflow control, quieter operation, and longer service life, making them ideal for continuous-duty commercial applications.Â
G4 pre-filters typically require monthly inspection with quarterly replacement depending on air quality. Fine filters need replacement every 6-12 months, while carbon filters require annual replacement. Access panels enable quick filter changes without system shutdown.Â
Yes, our units support standard BMS communication protocols including 0-10V, 4-20mA, and digital interfaces. Integration enables automated operation based on occupancy, air quality sensors, or energy management schedules.Â
Commercial kitchens, laboratories, pharmaceutical facilities, and industrial processes generating chemical odors or VOCs benefit from carbon filtration. This option ensures both indoor air quality and environmental compliance for exhaust air.Â
Modular design enables flexible installation in various building configurations while supporting future capacity increases. Single or double skin options accommodate different performance requirements and budget considerations without compromising quality.
