- Home
- Science
- Our Work
- Air Pollution
- Agriculture, Farming and Pesticides
- Asthma and other Lung Diseases
- Coronavirus Pandemic (COVID-19)
- Exposure to Chemicals and Dust
- Exposure to Nanomaterials
- Human Exposure
- Neurodegenerative Diseases
- Musculoskeletal Disorders
- Occupational Cancer
- Sustainable Working
- Sustainability and Climate Change
- Stress, Wellbeing and Psychosocial Issues
- COVID-19 IOM Study of Face Coverings in Retail Environments
- Styrene Study
- PROTECT COVID-19 National Core Study
- Firefighters and Cancer – IOM Report
- MORtality Study of Former Professional Footballers in England and Wales (MORSE) Study
- Our Scientists
- Our Expertise
- Nano Material Services
- Development and Management of Data and Information Systems and Services
- Ergonomics Design and Evaluation
- Epidemiological Studies & Methods
- Exposure Assessment
- Health Impact Assessment (HIA) and Risk Assessment
- Policy Evaluations
- Study Design and Statistical Analysis
- Systematic Reviews and Meta-analyses
- Toxicology
- Workplace Cluster of Disease
- IOMLIFET
- IOM Scientists Advocate Tighter Standards for Airborne Dust at Work
- Research Project on Work Related Musculoskeletal Disorders
- Styrene Study
- Firefighters and Cancer – IOM Report
- IOM Library
- Contact our Research Experts
- Our Work
- Occupational Hygiene
- Case Studies
- Air Quality Sensors
- COSHH Assessment
- Dust Exposure
- Environmental Management
- Face Fit Testing
- Hand-Arm Vibration
- Indoor Air Monitoring
- Laboratory Animal Allergens
- Legionella Risk Assessment
- Local Exhaust Ventilation
- Noise Monitoring
- Thermal Exposure Monitoring
- Workplace Exposure Limits (WELs)
- Welding Fumes
- Remote Monitoring Services
- Formaldehyde Exposure Monitoring
- Biological Agent Exposure Monitoring in Waste Management
- Chromium VI
- Occupational Hygiene – Quick Quote
- Lab Services
- Asbestos and other Fibres
- Asbestos Sample Testing
- Asbestos Proficiency Testing
- Dust and Crystalline Silica
- Lead in Paint
- Metals, acid anions, acid gases
- Microbiology
- Pharmaceuticals
- Solvents & Other Organic Chemicals
- Hazard Assessment and Toxicology
- Dustiness Testing of Bulk Powders
- Lab Services Quick Quote
- Training
- Courses
- Face Fit Tester Training – Combined 2-day Course
- Face Fit Tester Training – Day 1 Qualitative Test Method
- Face Fit Tester Training – Day 2 Quantitative Test Method
- One Day Ventilation Maintenance Course
- BOHS Five Day Authorised Person (Ventilation) Course
- BOHS Three Day Competent Person (Ventilation) Course
- BOHS Two Day Competent Person (Ventilation) Refresher Course
- Contact our Training Team
- Courses
- Hospital Ventilation
- Consultancy
- Our Company
- Contact Us
Ventilation in dental surgeries relating to COVID-19
Dental practices are facing many challenges while operating post the COVID-19 lockdown. The fallow time – the time between patients is one of the most significant barriers. There are reports in some private dental practice treatment capacity is running at 30-50% of its normal rate.
Understanding the ventilation in a practice’s treatment room is crucial to helping Dentists make safe decisions both for employees and the patients.
The information about risks of Covid-19 transmission through dental aerosols is still evolving. Current guidance accepts that 60 minutes should be the recommended fallow period after a high-risk aerosol-generating procedure. However, it is only applicable for a surgery where six air changer per hour (ACH) can be assured.
Practitioners can adjust the fallow period through a justifiable and clearly documented risk assessment, which would also include reviewing methods of ventilation, measuring and calculating air change rates.
We can help Dentists understand their ventilation systems and provide risk assessment documentation.