Sustainable and Holistic Sterilisation Solutions for Education Environments
Ensuring safety from nursery to university with advanced sterilisation technologies. Our comprehensive approach addresses the unique challenges of educational environments, providing effective and sustainable solutions for student and staff safety.
Infection Prevention in Education
1
Pre-2000s
Basic cleaning protocols, chemical disinfectants, and manual processes.
2
2000s-Present
Advanced ionization, photocatalytic oxidation, smart monitoring systems, and integrated approaches.
3
Current Challenges
High student turnover, diverse environments, regulatory compliance, and public health concerns.
Air Sterilisation Technologies for Education
1
Photocatalytic Oxidation (PCO)
- Continuous operation system
- Eliminates odors and reduces allergens
- Best for: classrooms, lecture halls, libraries, cafeterias
2
DBD Ionisation
- Energy efficient solution for continuous operation
- Reduces airborne and surfaceborne pathogens
- Best for: gymnasiums, dormitories, study areas
3
UV-C Technology
- Fast-acting solution
- No chemical residue
- Best for: HVAC systems, restrooms, high-touch areas
Surface Protection Technologies for Education
Food Grade Antimicrobial Coating
Long-lasting protection for cafeteria surfaces and food preparation areas, featuring EPA-approved materials safe for educational environments.
Advanced Hand Sterilisation Stations
3-hour active protection with innovative formula, strategically placed throughout high-traffic areas for maximum effectiveness.
Implementation Strategy
Includes application protocols, maintenance schedules, and staff training to ensure consistent protection across all campus facilities.
Chemical Products
Chemical Sanitisers
Common solutions include Quaternary Ammonium, Peracetic Acid, and Alcohol-based sanitisers. Limitations include rinsing requirements, regular reapplication, and chemical storage needs.
Ozone Treatment
Applications include water treatment, surface sanitisation, and air purification. Considerations involve concentration control and safety monitoring.
Modern vs Traditional Methods: A Comparison
1
Sustainable Solutions
DBD Ionisation & PCO offer continuous operation, safe for student areas, with no chemical residue. UV-C & Food Grade Coatings are HACCP compliant, require no rinsing, and provide long-term protection.
2
Traditional Methods
Chemical sanitizers need regular reapplication, rinsing, and storage. Higher operating costs and labour requirements compared to modern solutions.
3
Benefits
Modern methods offer better effectiveness, regulatory compliance, and environmental benefits with a favourable ROI analysis.
Holistic Approach for Education
1
2
3
1
Learning Areas
Air purification, surface protection, equipment sterilization
2
Common Areas
Temperature control, humidity management, pathogen elimination
3
Transportation
Mobile sterilization, surface protection, air quality control
This integrated approach offers complete facility protection, extended student safety, and reduced waste, addressing specific industry challenges while ensuring compliance and cost savings.
Implementation Framework for Education
1
2
3
4
1
Assessment Phase
Facility layout analysis and student flow patterns
2
Solution Design
Technology selection and coverage optimisation
3
Installation Process
Site preparation and equipment installation
4
Training & Maintenance
Operating procedures and safety protocols
This framework addresses industry-specific requirements, compliance needs, and includes staff training and support structure. Implement sustainable infection prevention solutions to ensure safety across all educational environments.