The pharmaceutical industry has exceptionally high sanitation requirements. This includes the inlet, production, and discharge water sometimes requiring multiple UV systems’ installations across the same facility. UV is effective against all known bacteria and viruses, making it an ideal disinfection solution for ultra-pure water treatment.
Moreover, pharmaceutical manufacturing wastewater can be filled with a series of inorganic substances that are required to be eliminated. ULTRAAQUA UV systems are engineered for standard disinfection, TOC reduction, AOP, dechlorination, and de-ozonation applications. Made from electropolished high-grade AISI316L materials, all ULTRAAQUA UV systems are resilient to challenging laboratory environments.
For additional improved efficiency, the ULTRAAQUA UV TOC reactors can be combined with the addition of other oxidants like e.g., hydrogen peroxide and ozone. Lastly, ULTRAAQUA UV AOP systems can destroy even the most complex compounds found in pharmaceutical wastewater.
Find frequently asked questions regarding UV disinfection for this application by clicking on a question below.
UV disinfection is a great match for the pharmaceutical industry due to its exceptionally high sanitation requirements. UV systems can ensure comprehensive water disinfection for various stages of pharmaceutical production, including inlet, production, and discharge processes, effectively eliminating all known bacteria and viruses.
ULTRAAQUA UV systems are specifically engineered to meet the diverse needs of pharmaceutical water treatment. They are designed for standard disinfection, TOC reduction, AOP, dechlorination, and de-ozonation, making them versatile for different applications within the pharmaceutical industry. The high-grade AISI316L reactor material ensures resilience in challenging laboratory environments.
The UV AOP systems from ULTRAAQUA are capable of destroying even the most complex compounds found in pharmaceutical wastewater. This makes them highly effective in treating wastewater that contains a variety of inorganic substances, ensuring compliance with stringent environmental standards.
Combining ULTRAAQUA UV systems with other oxidants such as ozone can significantly improve their efficiency. This combination enhances the overall effectiveness of the treatment process, particularly in applications requiring advanced oxidation processes.