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3 min read
Far-UVC and ISO 14644 Compliance in Cleanrooms
Maintaining air and surface cleanliness is a top priority in pharmaceutical cleanrooms, where even the smallest microbial contamination can...
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Rasmus Bakholm Pedersen
Quality Engineer
Rasmus holds a masters in biomedical engineering from Aarhus University, with QA and GMP experience from the pharmaceutical industry. He now applies his expertise in contamination control and aseptic processing at UV Medico, guiding the safe adoption of Far-UVC technology.
Cecilie Aaberg Meltofte
Segment Manager - Indoor Air Quality
Cecilie holds a robust educational background with a Master's degree in Biology from Aarhus University. Cecilie’s multifaceted career is driven by her passion for biology and her dedication to enhancing Indoor Air Quality.
Far-UVC and Cleanroom Contamination Control Strategies
UV Medico products decontaminate using 222nm. Unlike conventional UVC lamps, which typically emit light at 254 nm, Far-UVC's unique properties make them particularly attractive for use in occupied spaces. The germicidal effect of ultraviolet light stems from its ability to inactivate microorganisms by damaging their nucleic acids. Far-UVC at 222 nm operates on a similar principle
Cleanroom challenges
Keeping cleanrooms decontaminated is essential for many industries, including pharmaceuticals, electronics, and healthcare. These highly controlled environments must maintain a high level of cleanliness to prevent contamination that can compromise product quality and safety.
Contamination Control: Cleanrooms must maintain stringent cleanliness to prevent contamination affecting product quality and safety.
Human Activity Impact: Over 80% of the contaminants present in cleanrooms can be directly linked to personnel. Simply training operators on proper behavior is insufficient to eliminate environmental deviations.
Environmental Bioburden: Managing microbial load is critical to avoid contamination risks.
Airflow and Particulate Control: Ensuring efficient air filtration and minimizing human-induced particulate dispersion is essential.
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