Bactericide, algaecide, slime stripper-isothiazolinone is environmentally friendly

Environmentally friendly with low toxicity:

The low toxicity of Isothiazolinone means that it requires a low dose to control microbial growth, which reduces the chemical load on the environment.

As it breaks down in the natural environment, the accumulation of chemicals in the ecosystem is reduced, lowering the long-term impact on the environment.

Biodegradability:

The biodegradability of isothiazolinones means that they do not persist in the environment for long periods of time, reducing contamination of soil and water bodies.

This degradability also means they are less likely to accumulate in the food chain, reducing potential risks to aquatic life and human health.

Green Chemistry Presidential Award:

The Green Chemistry Presidential Award for 4,5-dichloro-N-octyl-4-isothiazolin-3-one (DCOIT) demonstrates official recognition of the compound's environmentally friendly properties in design and application.

The award emphasizes the contribution of isothiazolinones to reducing environmental pollution and improving the safety of chemical products.

Wide range of applications:

Because of their high efficiency, environmental friendliness and broad spectrum,Isothiazolinone are widely used in a variety of fields such as industrial water treatment, oilfield water injection, paper making and sewage treatment.

These applications are critical to environmental protection and sustainable development, and the use of isothiazolinones helps to reduce environmental risks in these processes.

A relatively safe choice for the environment:

Isothiazolinone is considered a relatively safe option for the environment because it effectively controls microorganisms while having a low environmental impact.

This balance of efficiency and environmental impact makes isothiazolinone the first choice for many industries looking for an environmentally friendly solution.

Overall, isothiazolinone is considered an environmentally friendly biocide due to its potential to reduce environmental contamination, improve biosecurity, and promote sustainable development.