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  • Writer's pictureoji Raumluftforschung

LEVERAGING HOCL FOR ENHANCED SHIP HYGIENE AND SUSTAINABILITY

Ships, especially cruise ships, often face unique challenges when it comes to maintaining hygiene and preventing infections. High population density, confined spaces, and a need for continuous circulation of air and water make these environments particularly vulnerable to the spread of pathogens. The use of hypochlorous acid (HOCl), particularly through oji active air, offers a powerful solution to these challenges.



BETTER HYGIENE AND INFECTION CONTROL

Due to high population densities and confined spaces, ships can often be hotspots for pathogens. With oji active air, HOCl molecules can be generated in the air, creating an antimicrobial atmosphere, thus helping to prevent the spread of diseases. This is particularly crucial in communal areas like dining halls, gyms, and cabins.


DISINFECTION OF DRINKING WATER PIPES

HOCl can be used to disinfect drinking water pipelines on ships. This is critical to prevent the growth of microorganisms like bacteria and algae that can compromise water quality and pose health risks.


SURFACE CLEANING AND DISINFECTION

HOCl is a potent disinfectant and can be used for cleaning and disinfecting surfaces on ships, including in the kitchen, bathrooms, and cabins. It can also be employed to disinfect equipment and tools.


PREVENTING BIOFILM FORMATION

HOCl can be used to prevent biofilm formation in water systems on ships. Biofilms are colonies of microorganisms that attach to surfaces and can cause damage. They can also compromise water quality and lead to health issues.


SUSTAINABILITY

The in-situ production of HOCl with oji active air is eco-friendly and sustainable. It doesn't require harmful chemicals and doesn't produce harmful byproducts. This can help mitigate the environmental impact of ship operations.


COST-EFFICIENCY

Using oji active air to generate HOCl on ships can be more cost-effective than purchasing and storing commercial disinfectants. Moreover, improved hygiene and infection control on board can help reduce the costs associated with disease outbreaks and associated cleaning and disinfection measures.


In conclusion, the use of oji active air and its production of HOCl presents a versatile, effective, and sustainable approach to enhance hygiene on ships. By leveraging this technology, ship operations can not only enhance the safety and well-being of their occupants but also promote more environmentally friendly practices.


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