KR100714416B1 - Infrared ray use composite of artificial tree-planting soil and the manufacturing method thereof - Google Patents

Abstract

An object of the present invention is to provide a good quality greening soil at the same time to shorten the manufacturing process by maximizing the fermentation of the mixture by irradiating the far infrared to the mixture.

In order to achieve the above object, the present invention manufactures a primary mixture for mixing paper sludge, food sludge, sewage sludge, peat, charcoal, bark, forage, and the like, and irradiates far infrared rays with evenly spraying wood vinegar to the primary mixture. 3 to prepare the secondary mixture fermented by mixing / stirring about 10-15 days, and mixed and stirred Masato screened with a constant mesh in the secondary mixture for about 5-7 days, and remove impurities through the sorting machine It is characterized by preparing a tea mixture.

Description

INFRARED RAY USE COMPOSITE OF ARTIFICIAL TREE-PLANTING SOIL AND THE MANUFACTURING METHOD THEREOF}

The present invention relates to a surface green soil using far-infrared rays and a method of manufacturing the same, and more particularly, to improve the manufacturing method of the surface green soil to shorten the production time of the surface green soil to maximize the productivity and to produce high quality surface green soil. The present invention relates to a surface greening soil using far-infrared rays and a method for manufacturing the same.

 In general, the soil or rock incisions formed by cutting and fill are generally steep in various civil works, so the risk of collapse is very high, and various vegetation or slope greening methods are used in consideration of the surrounding environment. to be.

The slope greening method has a poor vegetation condition due to the quality of the slope greening composition and the composition ratio of the composition. A factor has arisen. In particular, it is mainly used for gentle slopes due to the loss of sediment in rainfall.

Simplifiedly described in the prior patent application No. 96-3537, viscous soils composed of peat, onicake, pulp sludge, sawdust, masato, earthworm powder, slime microorganism, or the patent application 96-11616 Research on the recycling of resources using waste such as briquettes, paper by-products, cooked sawdust, peat, and corrosive earth composition composed of masato has been actively conducted.

These greening compositions randomly apply organic waste such as calcined sludge, manure sludge and manure, and other materials such as briquettes and activated carbon, without being fully aware of the function of the material in terms of waste recycling. Difficult to achieve the same effect, in particular, the release of water in the composition is a problem that inhibits the growth of the plant due to the cracking of the green soil caused by the shrinkage of the hydrated organic matter occurs.

In order to solve the above problems, the present invention aims to provide a good quality greening soil at the same time as reducing the manufacturing process by maximizing the fermentation of the mixture by irradiating the far infrared to the mixture.

In order to achieve the above object, the present invention manufactures a primary mixture for mixing paper sludge, food sludge, sewage sludge, peat, charcoal, bark, forage, and the like, and irradiates far infrared rays with evenly spraying wood vinegar to the primary mixture. By mixing / stirring about 10-15 days to prepare fermented secondary mixture, and removing gas by mixing / stirring Masato selected with a constant mesh in secondary mixture for about 5-7 days and removing impurities through the sorting machine. It is characterized by preparing a tertiary mixture.

Hereinafter, described in detail according to the present invention.

The present invention includes sludges selected from heavy metals such as paper sludge, food sludge, sewage sludge, and the first mixture preparation step of mixing / stirring peat, charcoal, bark, clippings and the like, and evenly spraying wood vinegar solution on the primary mixture. At the same time, irradiated with far-infrared rays, the mixture was stirred / mixed for 10-15 days and fermented, and the gas mixture was mixed / stirred for 5-7 days with Masato selected with a constant mesh in the secondary mixture. It consists of a tertiary mixture manufacturing step of removing impurities through.

The primary mixture manufacturing step is composed by mixing paper sludge, food sludge, sewage sludge, peat, charcoal, bark, clippings. That is, the papermaking sludge, the food sludge, the sewage sludge, the peat, the charcoal, the bark, and the clippings are 15-25: 15-25: 5-15: 3-7: 3-7: After mixing in the ratio of 3-7: 3-7, it is stirred to mix evenly, and the primary mixture is manufactured.

Here, the sludges such as paper sludge, food sludge, and sewage sludge contain a large amount of organic matter, so microbial growth is easy, so that the precipitates of these selected without heavy metals are neutralized and then mixed.

The paper sludge uses paper sludge generated in the papermaking process of the paper company and has a function of increasing the adhesiveness of the greenery soil mixture.

The food sludge uses food sludge generated during the food production process of a food company, and when mixed, it contains a large amount of organic matter to supply nutrients in the vegetation of plants.

The sewage sludge uses the sludge remaining after the wastewater treatment in the sewage treatment plant, and supplies water and nourishment during mixing.

The peat is in the state of peat before the leaves are buried in the ground and become fossils, and has a moisture / moisture retention function when mixed.

The charcoal is an oak charcoal powder, and has an alkaline pH of about 8-9, thereby neutralizing acidic soils, promoting soil improvement, and increasing adhesion to rock slopes and incisions.

The bark is a kind of sawdust crushed bark finely, has the function of maintaining the breathability in the fermentation process by mixing.

The clipping is added to the grass, grass, etc. less than 5cm, such as golf courses, garden water, and maintains breathability when mixing, and improves the adhesion to rock slopes, incisions and the like.

In the step of preparing the secondary mixture, the primary mixture is added to the fermentation facility, and then the wood vinegar is sprayed evenly at a ratio of 3 to 7, the weight ratio to the total weight of the primary mixture, irradiated with far infrared rays and mixed for about 10-15 days. To stir and ferment.

The wood vinegar is a middle liquor from the process of making the oak charcoal, it is evenly sprayed on the first mixture of the wood vinegar mixed with 100-200 times the water based on the weight of the middle liquor.

By spraying wood vinegar to the primary mixture while irradiating heat to the primary mixture and wood vinegar by molecular vibration characteristic of far infrared rays such as microorganisms or enzymes such as bacteria contained in the mixture by exothermic phenomenon of the primary mixture It is possible to shorten the fermentation period by activating inanimate objects.

The tertiary mixture manufacturing step is to mix the masato in the ratio of 20 to 30 weight ratio with respect to the total weight of the secondary mixture in a mixture and stirred for about 5-7 days to remove the gas, not shown in the drawing To remove the impurities through to prepare the greening soil.

Masato uses fine soil selected with a constant mesh.

As described above, the present invention takes 10-15 days in the first and second mixture manufacturing steps, and takes about 5-7 days in the third mixture manufacturing step, so that the greening process of the cotton planting is not more than 20 days.

Therefore, the present invention has the effect of maximizing productivity by shortening the production period within 20 days by activating the fermentation of the mixture by irradiating far infrared rays in the secondary mixture manufacturing step.

In addition, the greening soil of the present invention has a stable adhesion to rock slopes, incisions, etc., and has excellent breathability and moisturizing ability, thereby shortening the germination period of the plant.

Claims (2)

Preparing a primary mixture for mixing papermaking sludge, food sludge, sewage sludge, peat, charcoal, bark, and clippings; Preparing a secondary mixture fermented by uniformly spraying wood vinegar to the primary mixture and irradiating with far infrared rays for 10-15 days; Masatos selected by a constant mesh in the secondary mixture is mixed / stirred for 5-7 days to form a tertiary mixture, The papermaking sludge, food sludge, sewage sludge, peat, charcoal, bark, and clippings are 15 to 25:15 to 25: 5 to 15: 3 to 7: 3 to 7: 3 to 3, respectively, by weight to the total weight of the primary mixture. 7: mixed at a ratio of 3 to 7 to form a primary mixture, The wood vinegar is evenly sprayed at a ratio of 3 to 7 weight ratio to the total weight of the primary mixture, The masato is a method of producing a method for the recording of the surface green clay using far infrared rays, characterized in that the mixture is stirred at a ratio of 20 to 30 by weight relative to the total weight of the secondary mixture. Preparing a primary mixture for mixing papermaking sludge, food sludge, sewage sludge, peat, charcoal, bark, and clippings; Preparing a secondary mixture fermented by uniformly spraying wood vinegar to the primary mixture and irradiating with far infrared rays for 10-15 days; Masatos selected by a constant mesh in the secondary mixture are mixed / stirred for 5-7 days to be prepared through a tertiary mixture manufacturing step, The papermaking sludge, food sludge, sewage sludge, peat, charcoal, bark, and clippings are 15 to 25:15 to 25: 5 to 15: 3 to 7: 3 to 7: 3 to 3, respectively, by weight to the total weight of the primary mixture. 7: mixed at a ratio of 3 to 7 to form a primary mixture, The wood vinegar is evenly sprayed at a ratio of 3 to 7 weight ratio to the total weight of the primary mixture, Masato is a greenery for the surface using far-infrared, characterized in that the mixture is stirred at a ratio of 20 to 30 by weight relative to the total weight of the secondary mixture.