High-effective ammonia gas remover

Abstract

The invention relates to a high-effective ammonia gas remover and belongs to the field of air purification for sealed / semi-sealed environments. The ammonia gas remover is prepared by compounding toxic-free and environment-friendly raw materials comprising: a settling agent, a solubilizer, a neutralizer, a complexing agent, an antibacterial agent and deionized water. The ammonia gas remover is green and environment-friendly, wherein ammonia gas and amine substances are effectively removed through triple functions of absorption and neutralization, chemical complexing and liquid settlement; the ammonia gas remover is suitable for high ammonia gas and amine substance pollution incidence fields, such as rooms, offices, lavatories, hairdressing salons, livestock farms, etc. The ammonia gas remover can be sprayed in hand and also can be used in an ultrasonic humidifier, a humidifying purifier and the like.

Description

technical field [0001] The invention relates to a high-efficiency ammonia removal agent, which belongs to the field of air purification in closed and semi-closed environments. Background technique [0002] Ammonia (NH 3 ) is a colorless gas with a strong pungent odor, lighter than air, and the human body can sense the olfactory threshold concentration of 5.3 mg / m 3 According to the classification of toxicology, ammonia belongs to low toxicity compounds. With the continuous improvement of people's living standards, it is a common phenomenon to decorate houses. However, some building materials currently on the market are mixed, and ordinary people generally do not have the professional knowledge to distinguish good and bad materials. In addition, some decoration companies cut corners and materials to make good use of them. The indoor air quality after decoration is far from the national standard. The problem has also become a concern for people, and indoor ammonia pollution...

AI Technical Summary

Problems solved by technology

Among them, for the treatment of ammonia gas, the photocatalytic type mostly uses nano-titanium oxide and its modified materials to achieve the treatment effect through photocatalytic oxidation, but due to the limitation of light irradiation efficiency, the treatment effect is often poor. Due to the use of nano-scale catalysts, And the degradation product of ammonia gas is nitrogen oxides, which has the risk of inhalation. Complex and unknown, and rich in volatile organic components, new organic volatile pollution is often introduced while treating ammonia; biological enzymes are mostly used for the treatment of organic volatiles, and the effect on ammonia treatment is poor, and the enzyme itself is easy to Causes allergic reactions in the human body; the chemical oxidation type can achieve the effect of forced oxidation and removal by adding chlorine oxide, sodium hypochlorite, hydrogen peroxide, etc., which has a certain effect on some reducing organic pollutants, but is basically ineffective for ammonia gas treatment