The scientists’ main objective was to simplify the filtration process, reducing the size and complexity of the equipment while increasing air purification efficiency through the use of incoming wave and water mist methods. This was reported on the website of the Ministry of Science and Higher Education of the Russian Federation.

The equipment includes a water cleaning module with an inlet for contaminated air, a water tank that acts as a barrier, ducts with aerodynamic barriers, curved guides and droplet collectors arranged in a labyrinth pattern. It also incorporates high-efficiency filters and an outlet for purified air.

«Microbiological assessment of the air in the facilities where the collector was installed showed its effectiveness. The device removes suspended particles, including dust, thanks to a thin layer of moving liquid and the labyrinth-type collector. At the same time, it is easy to use and does not require high energy consumption,» explained project leader Olga Korneyeva, head of the Department of Biochemistry and Biotechnology at VSUET.

According to the developers, this model is more compact, cost-effective, efficient and resistant to contamination during operation, making it a promising solution for industry and environmental protection.