AMO Room and Air Disinfection System

Advanced Room Disinfection Systems: Enhancing Hygiene through Biological Nebulization Technologies

Executive Summary

In an era where hygiene and infection control are essential for public health and operational continuity, the BPS AMO Room and Air Disinfection System offers an innovative, biological, and cost-effective solution for maintaining high levels of air and surface hygiene in public, medical, and commercial environments.

Core Solution

The system utilizes biological disinfectants in combination with mobile or stationary fogging units to disinfect air and surfaces thoroughly—even in hard-to-reach areas such as corners and shaded zones. It delivers a fine mist that ensures complete coverage.

Technology and Application

  • Fine mist fogging (up to 4 l/h) with adjustable dosing settings.
  • Suitable for rooms and air volumes exceeding 30,000 m³.
  • Can be integrated into existing ventilation systems, including automated control.
  • Flexible deployment: mobile, stationary, or centrally managed systems.

Target Sectors & Use Cases

  • Healthcare: Hospitals, rehabilitation centers, nursing homes.
  • Public Spaces: Schools, universities, airports, train stations, public transport.
  • Commercial & Industrial: Hotels, restaurants, offices, factories, warehouses.
  • Special Applications: Odor control, water and ice disinfection, animal repellent.

Key Advantages

  • Certified and validated by external laboratories and institutions.
  • 100% biological agents – safe, residue-free, and sustainable.
  • Low operating costs through efficient dosing and automation.
  • Rapid implementation via mobile units or system integration.

Sustainability and Safety

All disinfectants are biodegradable, non-toxic to humans and animals, and comply with the highest hygiene standards. Products are delivered as a coordinated system—available in containers from 1 to 1000 liters.

Conclusion:

The BPS AMO disinfection system provides a highly effective, environmentally responsible, and economically viable solution for continuous room and air hygiene. It is ideally suited for institutions and businesses committed to preventive health protection, sustainability, and operational efficiency.

The ongoing need for high-level hygiene standards in public, healthcare, and commercial spaces has made room disinfection a top priority. This white paper explores the innovative solutions offered by mobile and stationary nebulization-based disinfection devices. With a focus on sustainable and biological methodologies, these systems provide effective, scalable, and economically viable hygiene solutions across various sectors.

1. Introduction

Pathogenic contamination in enclosed environments continues to be a pressing global issue. Confined spaces foster the accumulation and transmission of airborne and surface-based microbes, which can significantly impact public health. This paper outlines the challenges of inadequate hygiene and presents advanced disinfection technologies as a strategic response.

2. The Hygiene Challenge

2.1 Microbial Transmission

Microorganisms spread through:

  • Direct contact (e.g., human touch, contaminated surfaces)
  • Airborne particles (e.g., droplets, aerosols)

2.2 Affected Environments

High-risk locations include:

  • Public infrastructure (airports, train stations)
  • Healthcare facilities (hospitals, clinics)
  • Commercial premises (offices, gyms, hotels)

3. Disinfection Objectives

The primary goals of advanced disinfection include:

  • Attaining maximum hygiene standards
  • Using fine mist nebulization for full spatial coverage
  • Reducing microbial presence via biological agents
  • Ensuring cost-effectiveness and operational simplicity

4. Technological Overview

4.1 Mobile Nebulizers

  • Flexibility: Spontaneous deployment in various settings
  • Coverage: Effective for areas up to 300 m²
  • Features: Adjustable dosing, automated operation

4.2 Stationary Disinfection Systems

  • Integration: Built into ventilation/HVAC systems
  • Use Cases: Ideal for large air volumes in food production and communal facilities
  • Validation: Systems are tested and verified for disinfection efficiency

5. Applications

These devices are applicable in:

  • Public Spaces: Transport hubs, eldercare facilities
  • Medical Sectors: Hospitals, rehabilitation centers, cruise ships
  • Commercial Settings: Office buildings, fitness centers, hotels

6. Sustainability and Scalability

  • Eco-friendly: Disinfectants are biological and safe for diverse uses
  • Versatility: Ranging from hygiene maintenance to wastewater treatment
  • Scalable Packaging: Delivered in container sizes from 1 to 1000 liters

7. Implementation and Maintenance

All systems are supported by:

  • Trained personnel ensuring proper deployment
  • Maintenance plans that guarantee reliability
  • Compatibility with existing infrastructure

8. Validation and Compliance

  • Developed in line with BPS production guidelines
  • Verified through internal performance testing

9. Conclusion

Advanced room disinfection systems represent a forward-thinking approach to hygiene management. Leveraging biological agents and nebulization technology, they offer reliable, sustainable, and cost-effective solutions adaptable to numerous industries. Their strategic implementation can substantially mitigate the risk of contamination and enhance public safety.

Contact

Explotec Group
Email: contact@explotec.eu
Phone: +49 177 969 3580
Website: www.explotec.eu
Instagram: @andreas_gorski

Renewable Technology