Preparation and preparation process for purifying storage environment and regulating environmental humidity

Abstract

The invention provides a preparation process of a preparation for purifying a storage environment and regulating environmental humidity. The preparation can be used for absorbing ammonia, formaldehyde, residual hydrogen phosphide and other gases in the storage environment, and regulating the humidity of local storage space, so that the storage space is maintained in a perfect state. The preparation comprises the following main components: calcium chloride, starch, perlite, activated carbon, diatomaceous earth and zeolite. The preparation process mainly comprises the following steps: deep physical modification (enhancement of a specific surface area), crushing and granulation, and mixed package. The preparation is in accordance with natural green, environment-friendly and low-carbon concepts, has obvious effects on purifying the storage environment and regulating the humidity of the storage environment, and has a simple process.

Description

technical field [0001] The invention relates to the preparation of a storage environment purification and humidity adjustment preparation, which is especially suitable for air purification and humidity adjustment of tobacco, Chinese herbal medicine, grain storage and home environment. Background technique [0002] In the southern provinces of my country, every rainy season is extremely humid. The existing dehumidification methods generally use mechanical dehumidification. The biggest disadvantages are: ① Dehumidification is greatly affected by temperature; sometimes the dehumidification effect is very poor when it is lower than 15°C (refrigerant compressor dehumidification) If it is lower than 5℃, there is almost no dehumidification function; ②It is noisy; ③It consumes a lot of power, and the power is generally between 150W-600W, which does not meet the requirements of environmental protection and low carbon. [0003] Every winter and spring in the northern provinces of my co...

AI Technical Summary

Problems solved by technology

[0002] In the southern provinces of my country, every rainy season is extremely humid. The existing dehumidification methods generally use mechanical dehumidification. The biggest disadvantages are: ① Dehumidification is greatly affected by temperature; sometimes the dehumidification effect is very poor when it is lower than 15°C (refrigerant compressor dehumidification) There is almost no dehumidification function below 5°C; ② Loud noise; ③ High power consumption, the power is generally between 150W-600W, which does not meet the requirements of environmental protection and low carbon

Its disadvantages are: ① Uncontrollable and uneven; ② High power consumption (whether it is molecular sieve type or electric heating type); ③ If an ultrasonic humidifier is used, the ultrasonic wave is another source of pollution; ④ Humidity adjustment is irreversible, manual intervention

The current anti-mold in tobacco factories generally uses air-conditioning warehouses to cool down and dehumidify. This is not only contrary to the fermentation and alcoholization process, but also requires a lot of investment and high costs. In the storage process of tobacco leaves, moths are the main problem. In order to eliminate pests and reduce losses, phosphating is often used Aluminum insecticide, after fumigation, killing insects and dissipating gas, the phosphine gas remaining in the smoke box cannot be released immediately. In many cases, the gas is used for production after 7 days, so it will affect the health of the warehouse staff in the tobacco factory. Cause damage; during the aging process of tobacco leaves, a lot of miscellaneous gases are generated due to the transformation of dry matter, sugars, nitrogenous compounds, organic acids, polyphenols, pectin and other substances, which will affect the aging process