Elevating Healthcare Environments with Advanced Air Purification Management

KUNATI Technology, a leading innovator based in China, is dedicated to safeguarding health by providing hospitals with state-of-the-art Air Purification Management Systems. Recognizing the critical importance of air quality in healthcare settings for patient recovery, infection control, and staff safety, KUNATI designs and manufactures comprehensive solutions that deliver exceptionally clean, controlled, and monitored air.

 

Our integrated Hospital Air Purification Management System goes beyond basic filtration. It combines robust hardware with intelligent software to actively manage and ensure optimal air quality throughout diverse hospital zones, including patient rooms, operating theaters, ICUs, isolation wards, laboratories, and waiting areas.

Core Equipment Components of the KUNATI Hospital Air Purification Management System

The system comprises a suite of sophisticated equipment working in concert:

 

1.  Central Air Purification Units / AHU Integration Modules:

    A:High-Capacity HEPA/ULPA Filtration Units: The primary workhorses, featuring multiple stages of filtration (Pre-filters, High-Efficiency Particulate Air filters, and often Ultra-Low Penetration Air filters) to remove particles down to 0.3 microns (HEPA) or 0.12 microns (ULPA) with >99.99% efficiency, capturing dust, allergens, bacteria, and viruses.

    B:Advanced Gas-Phase Filtration Modules: Integrated activated carbon or specialized chemical filters to adsorb and neutralize harmful Volatile Organic Compounds (VOCs), odors, formaldehyde, and other gaseous pollutants common in healthcare environments.

    C:UV-C Germicidal Irradiation Chambers: Strategically placed powerful ultraviolet-C lamps inside the air handling stream to inactivate microorganisms (bacteria, viruses, mold spores) that pass through the filters, providing an additional layer of disinfection.

    D:Plasma Ionization / Cold Plasma Generators: Emitting charged ions that actively seek out and neutralize airborne pathogens and pollutants, further enhancing microbial control and reducing odors.

    E:(Optional) Negative Ion Generators:Release negative ions to promote particle agglomeration (making them easier to filter) and potentially improve perceived air freshness.

 

2.  Localized Air Purification & Management Devices:

    A:Wall-Mounted / Ceiling-Mounted / Mobile Air Purifiers: Strategically deployed standalone units for targeted purification in specific rooms (e.g., isolation rooms, waiting areas, staff offices) or for rapid response needs. Equipped with HEPA, carbon, and often UV-C.

    B:Laminar Flow Units / Clean Air Canopies:Providing highly controlled, ultra-clean, unidirectional airflow over critical areas like operating tables, ICUs, or pharmacy preparation zones to protect sterile fields and vulnerable patients.

    C:Negative Pressure Isolation Units/Modules: Creating controlled, contained environments for patients with airborne infections, ensuring contaminated air is effectively exhausted and filtered before release, preventing cross-contamination. Include specialized exhaust systems and air pressure monitoring.

    D:Positive Pressure Systems: Used in protective environments (e.g., for immunocompromised patients) to ensure clean air flows outwards, preventing contaminated air from entering the protected space.

 

3.  Intelligent Monitoring & Control Systems:

    A:Networked Air Quality Sensors: Continuously monitor key parameters in real-time throughout the facility: PM2.5/PM10 levels, Total Volatile Organic Compounds (TVOC), CO2 levels, temperature, and humidity.

    B:Centralized Management Software Platform: Provides a dashboard for facility managers to visualize air quality data across all monitored zones, view system status (filter life, UV lamp hours), set alerts and thresholds, generate reports, and remotely configure or adjust system operation.

    C:Touchscreen Control Panels / Building Management System (BMS) Integration: Allow local control and monitoring of units within specific departments and seamless integration with the hospital's overall building automation system.

 

4.  Filter & Consumable Components:

    A:High-Efficiency Particulate Filters (HEPA/ULPA):Various grades and sizes tailored to specific requirements within the system.

    B:Activated Carbon & Chemical Filters: Designed for targeted adsorption of specific gaseous pollutants prevalent in hospitals.

    C:UV-C Lamps: Germicidal lamps with defined lifespans requiring periodic replacement for optimal efficacy.

    D:Pre-Filters: Capture larger particles to extend the life of the more expensive main filters.

 

Why Choose KUNATI?

 A:Hospital-Grade Performance:Engineered specifically for the demanding air quality standards of healthcare facilities.

B:Comprehensive Solution: Integrated hardware and software for complete air quality management and verification.

C:Enhanced Infection Control: Multi-layered approach (Filtration, UV-C, Ionization) significantly reduces airborne pathogens.

D:Real-Time Monitoring & Verification: Provides data-driven assurance of air quality compliance.

E:Improved Patient & Staff Safety and Well-being: Creates a healthier environment for recovery and work.

F:Energy Efficiency: Systems designed with optimized airflow and intelligent controls to minimize energy consumption.

G:Robust & Reliable: Built for continuous operation in critical environments.

H:Made by KUNATI: Combining Chinese manufacturing excellence with advanced air purification technology.

 

KUNATI Technology empowers hospitals to proactively manage their most critical environmental factor – the air. Our Air Purification Management Systems are essential tools for building safer, healthier, and more resilient healthcare facilities.

Breathe Safer. Heal Better. KUNATI Technology.

Alex Chen .  Marketing Manager:

Email: alex@x-kta.com

Phone:+8613600509339

WeiLian Cheng . General Manager

Email: ceo@x-kta.com