Podiatry and foot care clinics: air quality assessment & workplace safety

What pollutants do we measure in our assessment of your podiatry practice?

The indoor air quality in a podiatry office is directly affected by the chemicals used. Volatile organic compounds (VOCs) emitted by adhesives and resins, sanding dust, and cleaning products degrade indoor air quality and expose practitioners and patients to toxic pollutants through inhalation.
Unlike outdoor air, indoor air in a confined practice can reach concentrations of hazardous substances 5 to 10 times higher than those found in the outdoor atmosphere.

Pollutants specific to podiatry practices

• VOCs, Neoprene & Nitto adhesives: volatile organic solvents emitted during the bonding of orthotics. Chronic respiratory irritants; neurotoxic at high concentrations. Classified as potential CMRs.
• PM1 / PM2.5 / PM10 Particles: Sanding and grinding of orthotics generates microparticles. PM1 and PM2.5 particles penetrate as far as the alveoli. Visible in the room at the end of the day.
• EVA resins & thermoforming: VOC emissions during the heating and forming of EVA soles. Release of styrene and other monomers depending on the materials used.
• Disinfectants & biocides: quaternary ammonium compounds, alcohols, chlorhexidine: cumulative irritants in confined spaces during the disinfection of instruments and surfaces.
• Confinement et CO₂ : cabinets souvent < 20 m². Le CO₂ monte rapidement en présence du praticien et du patient. Seuil d’alerte : 1000 ppm.
• Biocontaminants: repeated patient contact: bacteria, fungi (common nail infections). Risk of inhaling spores during nail care.

Mapping air quality risks by podiatric area

Each area of your practice has its own pollution profile.
Our assessment helps you prioritize actions:

Occupational Hazards in Podiatry Practices: Who Is Exposed to Air Pollution?

Occupational exposure to hazardous chemicals in podiatry is widely underestimated.
Podiatrists and their assistants are exposed to chemical, biological, and particulate risks that often go unreported due to a lack of documented assessments.

• Practicing podiatrist (7 to 9 hours/day): direct exposure to VOCs during bonding, to dust during sanding, and to disinfectants between patients. Cumulative daily exposure; chronic risks are underestimated.
• Secretary/assistant: Exposure to VOCs and particulate matter spreading from the preparation room to the reception area. High CO₂ levels in the busy waiting area. Indirect exposure is often overlooked in the DUERP.
• Patients: present during treatment and preparation. Biological contaminants, fungal spores, and residual VOCs. Vulnerable patients (those with diabetes or compromised immune systems) are particularly susceptible. Showcasing your IAQ approach reassures your patients.

Recognition as an occupational disease

These exposures are directly related to items No. 30 (dust), No. 43 (aldehydes), and No. 66 (allergic asthma) of the general regulations.

Glossary of Indoor Air Quality (IAQ) Regulations for Podiatry

• 8-hour OEL / OEL: occupational exposure limit (8-hour average) at the workstation.
• CMR: carcinogenic, mutagenic, or toxic to reproduction.
• MSDS: Material Safety Data Sheet for the chemical product; required at the workplace.
• CPE / PPE: collective protective equipment (priority) / personal protective equipment.

Summary of Exposure Limits and Risks in Podiatry

What does the NatéoSanté diagnostic report NatéoSanté a veterinarian include?

To support you in implementing this action plan, ensure compliance, and protect your staff, our comprehensive audit provides you with concrete, actionable scientific data:

• Continuous 7-day measurements: VOCs, PM1/PM2.5/PM10, resins, disinfectants, CO₂
• Expert analysis and AI: Our algorithms combine your results with our 15 years of expert data to identify your specific risks.
• Identified exposure risks: during the preparation of orthotics, treatment, and disinfection
• Data ready for the DUERP: You’ll receive key indicators—quantified and official—ready to be incorporated directly into your Single Document to demonstrate your due diligence.
• Eolis Air Manager Recommendation: a customized recommendation for the exact air purifier model and filter configuration tailored to your specific pollutants.

Case Study: From Assessment to Compliance for a 20-square-meter Podiatry Practice

The context of the case study on air quality in a podiatry practice

A podiatry practice located in an urban area, with 20 m² of floor space and natural ventilation (window + front door). The practitioner regularly ventilates the space between patients and believes this practice is sufficient to maintain a healthy environment. He performs approximately 80 procedures per week, including about 20 custom-made orthotics produced on-site, involving grinding, sanding, and bonding with neoprene and EVA resins. This is a setup found in the majority of practices we assess.

The trigger

Recurring headaches at the end of the day, occasional eye irritation, and a lingering smell in the office despite regular ventilation. The practitioner suspects that the products being used may be to blame but is looking for objective evidence before taking action.

The diagnosis: 7 days of continuous monitoring

Air Coach Pro sensor positioned at the practitioner’s breathing level, set up to monitor a full week of real-world activity. Continuous measurements taken every 5 minutes: CO₂, VOCs, formaldehyde, fine particulate matter (PM2.5), temperature, and humidity. No intervention required during the 7-day period.

• Adhesives & Solvents (VOCs), non-compliant: Maximum peak of 8.5 ppm, or 8.5 times the INRS comfort threshold (1.0 ppm). Non-compliance rate: 22% of working time. Typical peaks occur after each application of neoprene adhesive and persist for several hours.
• Formaldehyde, non-compliant: maximum peak of 120 µg/m³, which is 4 times the VLEP threshold (30 µg/m³, Decree 2011-1727). Chronic non-compliance: 28% of the time. Found in certain disinfectants, resins, and product baths.
• Fine particulate matter (PM2.5), non-compliant: maximum peak of 30 µg/m³, which is twice the WHO threshold (15 µg/m³). Average 8 µg/m³, respiratory risk level 11.8%. Peaks correlated with the sanding and milling of orthotics.
• CO₂ levels: 980 ppm peak (below the Labor Code threshold of 1,000 ppm). Average: 720 ppm. Regular ventilation is effective at removing CO₂. However, it does not address other pollutants; see analysis below.

The trap of "compliant" CO2

CO₂ is a light gas that dissipates quickly as soon as a window is opened. But VOCs from adhesives, formaldehyde, and fine particles are heavier, more persistent, and have already been inhaled by the practitioner before they even think to ventilate the room. Ventilation is beneficial, but it is not enough to remove the actual chemical load from a day of treatment. This practice is a case in point: the practitioner believes they are protected by the ventilation system, yet 3 out of 4 pollutants exceed safety standards.

Overall Exposure Index

58/100
Poor air quality. Air pollution levels rise significantly during peak hours; ventilation removes CO₂ but not chemical pollutants. This is a typical scenario in podiatry offices, where natural ventilation masks the actual level of exposure.

Our recommendation: Eolis Air Manager 600 S

Natural ventilation in the office works for CO₂, but it is insufficient for chemical and particulate pollutants: these are already inhaled before the window is opened and persist beyond the ventilation periods. Analysis of the NatéoSanté decision matrix NatéoSanté 3 non-compliant pollutants, 20 m² floor area, high exposure level, combined VOC and particulate matter peaks) points to the EOLIS Air Manager 600 S model with a dedicated podiatry filter, to supplement the existing ventilation system, not to replace it.

• Optimal airflow (CADR 350 m³/h): air is recirculated 9 times per hour in a 20 m² room
• The Dedicated PODO Filter: H13 HEPA filtration for sanding dust + high-density activated carbon specifically designed to capture neoprene adhesives and EVA resins
• Patented 60-minute Deep Clean technology: decontaminates the air and surfaces overnight, essential for addressing persistent VOCs and formaldehyde

An all-inclusive operational leasing plan

Choose peace of mind regarding technology and compliance with our leasing option, which is 100% tax-deductible:

• Includes the Air Coach Pro: real-time monitoring, visual alerts, remote monitoring, and data tracking for your DUERP.
• NatéoSanté Proactive Maintenance: We monitor the condition of your equipment remotely. Your VET-certified filters and replacement UV-C lamps are automatically shipped to you before they become saturated. You don’t have to do a thing.
• Full warranty: includes damage and theft coverage, after-sales service, and return to the repair shop.

NatéoSanté: 15 years of expertise in indoor air quality (IAQ)

Over the past 15 years, NatéoSanté built the largest industry-specific QAI database in France. This unique industry expertise, combined with our AI-powered analysis engine, enables us to provide recommendations of unmatched accuracy for the veterinary sector.

Our Core Values and Key Figures

• 2009: The year the company was founded in Saint-Hilaire-de-Chaléons (Loire-Atlantique).
• 100% French: The Air Coach and Eolis Air Manager are designed and manufactured in France, ensuring rigorous quality control and certified performance.
• 15 years of data: a unique historical record of IAQ data by industry sector, allowing you to compare your measurements to thousands of similar assessments.
• Patents & Innovation: We hold several patents on our measurement and processing technologies, driven by ongoing R&D.
• Global reach: recognized expertise and equipment exported to more than 50 countries.

Frequently Asked Questions: Audits and Air Quality in Podiatry Practices