State-of-the-art mobile monitoring for fine particle emissions at construction sites

Key features
- Device designed for real-time monitoring of fine particles to protect workers’ health on construction sites.
- Accurate detection of the alveolar fraction (<5μm), including crystalline silica, and the thoracic fraction (between 5μm and 10μm)
The portable device
with instant alerts
for fine particles
The Dustkair is an essential portable tool for protecting workers’ health from fine particulate matter on construction sites. These particles, often smaller than 2.5 micrometers, can deeply penetrate the respiratory system, posing significant health risks.
Developed in partnership with UBY, the Dustkair employs spectrophotometry and a patented algorithm for precise detection of fine particles, including the alveolar fraction (<5 micrometers) such as crystalline silica, and the thoracic fraction (5-10 micrometers). It ensures real-time measurement and continuous monitoring, complying with exposure limits of 0.9 mg/m³ for alveolar dust and 0.1 mg/m³ for crystalline silica dust.
Compact and portable, the Dustkair features a sampling module positioned near the respiratory tract and a wearable communication unit with up to 10 hours of battery life. The EllonaSoft platform provides real-time data analysis, automatic reporting, and instant alerts.
Built to endure the rigorous conditions of construction sites, the Dustkair is robust and reliable, made from durable materials. Opting for the Dustkair by Ellona ensures a safer work environment and protects your workers’ health.
Types of data analyzed by the Dustkair:
Native features
Particles
PM0.3 / PM1 / PM2.5 / PM4 / PM10
Discover the perfect synergy between our Dustkair product and the EllonaSoft analysis platform.
Designed by Ellona, expert in environmental technologies, this combination delivers the ultimate solution for sophisticated and intelligent emissions monitoring
Learn more about EllonaSoftA product with numerous technical advantages
Precision and reliability
The Dustkair uses spectrophotometry and a patented algorithm to accurately identify the most hazardous particles, including the alveolar fraction (<5μm), which encompasses crystalline silica, as well as the thoracic fraction (between 5μm and 10μm).
Portability and battery life
Designed to be worn close to the respiratory tract, the DUSTKAIR is compact and lightweight, with a rechargeable battery providing 10 hours of battery life, ensuring full coverage throughout a workday
Robustness and durability
Made from durable materials, the Dustkair is built to withstand and endure the tough conditions on construction sites.
Connectivity and real-time alerts
The compact communication unit of the Dustkair transmits data to the EllonaSoft platform, which analyzes the information and generates automatic reports and instant alerts
Flexibility and adaptability
With its modular structure and flexible mounting options, the Dustkair adapts to various work environments and specific needs.

Real-time analysis
Ellona’s environmental intelligence platform transforms raw data into actionable insights. It provides enhanced data for impactful and meaningful actions, helping site managers and workers make informed decisions to improve safety and efficiency.

Precise identification
Ellona’s AI algorithms and databases accurately quantify and identify fine particles, including the alveolar fraction (<5 μm) and the thoracic fraction (5-10 μm), targeting the most health-hazardous particles.

Continuous monitoring and detection
Ellona provides an integrated solution with instant alerts and continuous monitoring of critical site parameters: exposure probability, intensity and level of exposure, frequency of exposure-related actions, cumulative exposure duration, and total duration since exposure began

Alerts, notifications, and proactive actions
The platform allows for the configuration of various real-time alerts and the automation of intelligent report generation. It provides instant notifications to protect workers, enabling site health and safety managers to take proactive measures and ensure a quick and effective response to potential hazards.
- Features
- Resources
Integrated sensors
Particle Range | Size Categorization | Total flow rate | Particle counting rate |
---|---|---|---|
0.30 µm to 12.4 µm | 16 software compartments | 0.24 L/min | 10,000 particles/second |