KR910008731B1 - Method of preparating compost added fine ceramics - Google Patents

Abstract

The fine ceramic-added compost is produced by mixing 10-40 wt.% chicken dropping, 20-50 wt.% saw dust, 10-30 wt.% coffee shell and 20-40 wt.% zeolite with 1-40 wt.% fine ceramic as a far infrared radiating material, and fermenting the mixt. with an aerobic fermentive microorganism, i.e. basilius, nitrobacter or pseudomonas. The fine ceramic is composed of 99.7% Al(OH)3, 0.01% Fe2O3, 0.01% SiO2, 0.15-0.3% Na2O and 0.0-0.03% W-Na2O3.

Description

Manufacturing method of compost with fine ceramics

The present invention relates to a method for producing compost prepared by adding fine ceramics, which are far infrared emitters.

Conventional tobi is mainly fermented by adding microbial fermenters to animal and vegetable secretions and by-products, so that the fermentation period is relatively long, and the groundbreaking effect on plant growth and soil improvement could not be expected.

In the present invention, compost powder, sawdust and coffee foil are mixed with fine ceramic powder and aerobic fermentation microorganisms to produce compost, so that the ceramic contained in the compost radiates far-infrared rays to shorten the fermentation period. It is used to prevent diseases and to break down heavy metals and harmful oils in the soil, and to achieve dramatic effects on plant growth and land improvement.

The fine ceramics used in the present invention are specifically those having the same components and properties as in the following table.

Such fine ceramics can be obtained as much as the addition of even a small amount, and the effect is increased as the amount is added, but adding more than 40% by weight becomes too expensive compared to the effect, there is no economical.

In addition, the aerobic fermentation microorganisms used in the present invention are Bacilius, Cellulomonas, Pseudomonas, Nitrobacter, Streptomyces, Achromobacter, Azotact. Azopobacter and the like.

Hereinafter, the present invention will be described in detail with reference to Examples.

To the mixture of 10-40% of flour, 10-50% of sawdust, 10-30% of coffee foil, and 20-40% of zeolite, 1-40% of fine ceramics was added in a weight ratio to the aerobic fermentation microorganisms. Properly mix Phosphorus Bacilius, Nitrobacter and Pseudomonas and place in a plastic house or covered with a tarp to allow for fermentation.

After about 5 days of fermentation, the temperature of the fermented product is about 40 ° C., and when the temperature reaches 40 ° C., the temperature is over 60 ° C. after about 10 days by covering the giant with heat.

When the temperature is more than 60 ℃ do a roll about once every 15 days and after 2-3 months is completely fermented to complete the present invention.

In the present invention, plant nutrients may be used such as soybeans or marinated.

The compost of the present invention prepared in this way is to provide nutrition to the flour and coffee gourd plants, sawdust improves the soil quality and zeolite to improve the soil and maintain the efficacy of the fertilizer as in the prior art, but the fine ceramic Fermentation aging is accelerated by the action of radiating far-infrared rays, so fermentation period is shortened. Safe sterilization and antiseptic action without destruction of tissues prevents various diseases and maintains balance of plant life. Therefore, it grows into healthy crops and is not consumed in soil. As it remains in place, it improves the physicochemical properties of the soil, decomposes heavy metals and harmful oils in the soil, prevents the evaporation of moisture, and neutralizes acid soils as it is slightly alkaline, and improves coloring, fragrance, and taste of fruits. It is.

Claims (1)

Prepare 10-40% of the flour, 10-50% of sawdust, 10-30% of coffee foil, 20-40% of zeolite, 1-40% of fine ceramics, and ferment by a known method by adding an aerobic fermentation microorganism. The manufacturing method of the compost which added fine ceramic to make.