When ozone reacts with organic contaminants to form organic acids, what may this eventually contribute to the distribution system?

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Multiple Choice

When ozone reacts with organic contaminants to form organic acids, what may this eventually contribute to the distribution system?

Explanation:
When ozone oxidizes organic contaminants, it can produce byproducts like organic acids that are more readily biodegradable than the original matter. These acids increase assimilable organic carbon in the water, feeding microbial growth in the distribution system. As microbes multiply, they form biofilms on pipe walls and other surfaces, leading to biofouling. So the byproducts from ozonation can fuel microbial regrowth, which manifests as biofouling in the distribution system.

When ozone oxidizes organic contaminants, it can produce byproducts like organic acids that are more readily biodegradable than the original matter. These acids increase assimilable organic carbon in the water, feeding microbial growth in the distribution system. As microbes multiply, they form biofilms on pipe walls and other surfaces, leading to biofouling. So the byproducts from ozonation can fuel microbial regrowth, which manifests as biofouling in the distribution system.

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