The indoor air pollution situation is getting more and more serious, leading to more and more various formaldehyde removal products on the market, what photocatalysts, formaldehyde scavengers, activated carbon, etc., and today, let’s talk about it A widely optimistic formaldehyde removal technology-biological enzyme, from the analysis of the principle to see the actual effect.

    In fact, the application of enzymes has a history of more than 80 years abroad. Its non-toxic, harmless, low dosage, and degradable characteristics make the enzyme treatment process a recognized green production process that meets environmental protection requirements. In the field of indoor pollution control, enzymes can eliminate pollutants from decoration and purify indoor air by swallowing and decomposing.

    Biological enzymes have the characteristics of penetration, catalysis, degradation, and wrapping. They can be fully contacted with harmful molecules such as formaldehyde in the air through atomization spraying in the indoor air and destroy their covalent bonds. Effective degradation, at the same time, can quickly package and isolate harmful substances that cannot be degraded, thereby removing harmful gases from the source.

    As a chemical method for removing formaldehyde, biological enzymes are non-toxic and have no side effects. They can not only purify indoor air, but also degrade odors in fabrics and leather. However, Biological enzymes are not perfect either. Its action cycle is short, and it needs to be under certain temperature and humidity conditions to play an ideal role. Otherwise, it is easy to cause dormancy or death of microorganisms. Once it loses activity, it will also cause formaldehyde rebound. Repeated spraying can maintain the effect.