Real-time monitoring and identification of pollen and other aerosols
Products
What do we do?
The difference
- Continuous and real-time observation of pollen and aerosols.
- No daily/weekly maintenance required.
- Automatic data submission.
- Automatic identification and classification using AI techniques.
- Learning and assimilating new pollen types, spores and other aerosols of interest.
- Digitization of observed data.
- Web visualization and integration into third-party systems.
- Low maintenance costs (remote/local).
- Very lightweight and easy to install.
Swisens
Our main partner
Detect what’s in the air!
Swisens develops, produces, and supplies instruments and solutions for aerosol measurement and monitoring. Swisens revolutionizes environmental and process monitoring with new methods for real-time measurement and automatic particle identification.
Their solutions enable the detection of bioaerosols, pollutants, and other solid particles of interest to industry, science, and healthcare. In close cooperation with relevant stakeholders in this field, they actively contribute to improving health, scientific knowledge, and productivity worldwide.
Applications
The solutions.
Automatic and real-time pollen monitoring
Interest in airborne particles arose in the 19th century when they were linked to epidemic diseases. The United Kingdom and France led the study, developing methodologies and devices such as the Hirst collector (1952), now the standard in the European Aeroallergen Network, which operates more than 600 stations in 36 countries.
Automatic monitoring of spores and other aerosols
Automatic monitoring of spores and other aerosols: The Swisens Poleno device measures particles from 1 to 300 μm, including coarse aerosols according to the USEPA. These can remain suspended for minutes to days, and their distribution, influenced by meteorological conditions, can extend hundreds of kilometers from their emission source.
About Us
Who we are.
Through our activity in implementing innovative solutions and services related to technology and data, Qualitas contributes to the creation of value and wealth for its customers and society. In our activity, we aim to be useful and profitable for our customers, helping them generate new knowledge and improve their business processes day after day.
Qualitas Group
Our partners and alliances
Team
Responsibility and QHSE
Frequently asked questions
What do you want to know?
What range of particles can it measure?
The Swisens Poleno can measure PM1, PM2.5, PM10, and all particles up to a size of 300 μm.
What information do I obtain from the observed particles?
The SwisensPoleno provides a huge amount of information about each observed particle. Holographic images allow for analysis of each particle’s volume, size, and shape (double holographic image taken at 90°), while the fluorescence stage allows for the determination of each particle’s excitation response to LED sources with different wavelengths (280, 365, and 405 nm).
News
Present.
First SwisensPoleno Mars unit in Madrid
CIEMAT, in collaboration with the Autonomous University of Barcelona and the Complutense University of Madrid, facilitates the installation of the first SwisensPoleno Mars equipment for the measurement of aerosols in
First SwisensPoleno Jupiter unit in Córdoba
The University of Córdoba has acquired a SwisensPoleno Jupiter device to increase its observation capabilities of the pollen spectrum and other aerosols in the region, becoming the first organization in
First SwisensPoleno Mars units in Spain!
Qualitas 4 Health has been awarded the contract by the Andalusian Regional Government for the first two SwisensPoleno Mars units in Spain. A pioneering project in the Mediterranean and Southern
