PHOENIX / LONDON (IT BOLTWISE) – Researchers at Arizona State University are developing a new method to combat biofilms that can cause damage both on Earth and in space. The use of UV light is intended to create a cost-effective and safe alternative to chemical disinfectants.
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Biofilms, consisting of large communities of bacteria, are a significant problem both on Earth and in space. These microorganisms can thrive in water pipes and other moist environments, which can cause significant damage and dysfunction. In particular, in the International Space Station (ISS) environment, the conditions for the growth of such biofilms are ideal, reinforcing the need for innovative solutions to contain these microbes.
A team of researchers led by Professor Paul Westerhoff from Arizona State University has taken on this challenge. They are investigating the use of ultraviolet light as a promising method for preventing biofilm growth. This technology could provide a safer and more environmentally friendly alternative to traditional chemical disinfectants, which often pose health and environmental risks.
The research, being conducted on the ISS as part of a NASA project, aims to test the effectiveness of UV light in inhibiting biofilms. This method could have widespread applications not only in space but also on Earth, particularly in water treatment and the food industry, where controlling microbes is crucial.
The potential benefits of this technology are enormous. In addition to reducing health risks, the use of UV light could also reduce operating costs because fewer chemical agents are required. Additionally, this method could extend the life of water treatment systems by preventing the formation of biofilms, which often lead to blockages and other problems.
The research results could also have an impact on the development of future space missions. As humanity plans to expand further into space, the need to develop systems capable of operating in extreme conditions becomes increasingly urgent. The successful implementation of UV light for biofilm prevention could be a crucial step in this direction.
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