Method for eliminating smog through biocatalyst

Abstract

The invention relates to a method for eliminating smog through a biocatalyst. The method comprises the following steps: (1) preparing the biocatalyst, specifically, cutting up 30 parts by weight of vegetable garbage or peels and putting into a fermenting barrel, pouring in 60 parts by weight of clean water, pouring 10 parts by weight of a fermenting agent into the fermenting barrel and stirring till the fermenting agent is uniformly melted, sealing the fermenting barrel and placing the fermenting barrel at a cool and ventilated place for fermenting in still, releasing gas generated due to fermenting and expanding during fermenting every day in the first month of the fermenting, and continuing still placing and fermenting for two months till the surface layer of the fermented liquid is white; (2) loading the prepared biocatalyst into an aircraft, flying the aircraft to the top of a smog layer and spraying the biocatalyst into the smog layer through a sprayer in the aircraft. The method for eliminating smog through the biocatalyst has the beneficial effect of being well used for eliminating smog, good in effect, pollution-free, low in production cost, simple in technique and easy to implement.

Description

technical field [0001] The invention relates to a method for eliminating atmospheric haze through a biocatalyst. Background technique [0002] Enzymes are macromolecular substances with biocatalytic functions. Almost all cellular processes require the participation of enzymes to improve efficiency. Enzymes have both positive and negative catalytic effects, not only speeding up the reaction rate, but also reducing the reaction rate. Enzymes can speed up chemical reactions because they lower the activation energy of the reaction. Because any kind of enzyme has a strong selectivity for the reaction it can catalyze, this selectivity determines that each cell will have a specific chemical reaction at a specific time. [0003] Enzymes are high-efficiency biocatalysts, which are 107-1013 times more efficient than general catalysts. It can speed up the chemical reaction, but it cannot change the equilibrium point of the chemical reaction, that is to say, while promoting the forwa...

AI Technical Summary

Problems solved by technology

[0007] At present, the pollution of smog to the city is becoming more and more serious. In the smog weather, there are a large number of harmful substances such as dust particles and smoke particles floating in the air, which will cause damage to the human respiratory tract, and a large number of particles, dust, Pollutants and viruses, once inhaled by the human body, will stimulate and destroy the respiratory mucosa, dry the nasal cavity, destroy the defense ability of the respiratory mucosa, and bacteria enter the respiratory tract, easily causing upper respiratory tract infection