Novel Air purifying method by fruit extraction enzyme

Abstract

The invention provides a novel air purifying method by fruit extraction enzyme. The novel air purifying method by the fruit extraction enzyme comprises the following steps of: crushing and stirring fruits in a mill mixer, carrying out enzyme digestion on dried and dewatered fruit residue and remaining fruit water, sucking gas outside an adsorption device into the adsorption device through an air flow device arranged on the adsorption device, and directly acting on formaldehyde particles in the air. According to the air purifying method provided by the invention, a principle that activating components such as alkaloid, polyphenols and amino acid in the fruits can react with formolite is utilized, the pure natural substances in the fruits can remove substances such as formaldehyde, the damage to a human body and the the secondary pollution can be avoided, a formaldehyde removing effect is obvious, and 85% of formaldehyde clearance rate within eight hours is achieved in 1ppm formaldehyde environment; and the utility value of the fruits is effectively improved, and the development prospect of the fruit industry is improved.

Description

technical field [0001] The invention relates to the technical field of air purification, in particular to an air purification method for extracting enzymes from fruits. technical background [0002] At present, indoor formaldehyde pollution has attracted more and more attention. There are various scavenging agents on the market, most of which are chemical scavenging agents, which generally have problems such as strong oxidation or secondary pollution. At present, there are four main ways to control formaldehyde pollution: one is to use green plants; the other is to ventilate; the third is to use activated carbon, plasma, negative ions, ozone, photocatalysis and other instruments; the fourth is to use chemical agents. But these methods are not effective. According to the data, formaldehyde, benzene, ammonia and radon are the main components of harmful gases after home decoration. These harmful components are strong carcinogens, and the human body absorbs high concentrations o...

AI Technical Summary

Problems solved by technology

But these methods are not effective. According to the data, formaldehyde, benzene, ammonia and radon are the main harmful gas components after home decoration. These harmful components are strong carcinogens, and the human body absorbs high concentrations of these harmful Gas, dizziness, headache, nausea, fatigue, confusion in mild cases, coma and death due to respiratory and circulatory failure in severe cases

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