KR101325491B1 - Manufacturing method for treatment cultivate laver - Google Patents

Abstract

The present invention relates to a nutrient for cultivating laver and a manufacturing method thereof. The nutrient comprises 15-20 kg of sulfur, 20-25 kg of 1N caustic soda, 40-50 kg of water, 1-5 kg of chemical compound selected from yellow soil or bentonite, and 1-5 kg of natural salt.

Description

Seaweed nutritional supplement and manufacturing method {Manufacturing method for treatment cultivate laver}

The present invention is to remove the foreign substances and ginseng, greenery, etc. that cause the disease to promote growth and seaweed growth to absorb the nutrients necessary for the growth of seaweed and various nutrients contained in the sea to improve the quality of seaweed The present invention relates to a nutrient for seaweed farming to improve the efficiency of laver production and a method of manufacturing the same.

Kim is called Haitai, and it is a seaweed belonging to red algae and contains a large amount of organic and inorganic nutrients. Recently, it is recognized as a food that prevents adult diseases in terms of health rather than food nutrition. Consumption demand is increasing.

Recently, due to the pollution of the ocean, depletion of nutrients due to farming environment and wheat, the damage caused by greens, diatomaceous earth and many other diseases is increasing, and industrial hydrochloric acid and agricultural nutrients are used rather than Haitai nutrients.

Korean Registered Patent Publication No. 169300 describes a method for preparing a nutrient solution prepared by adding sodium hydroxide and 6-benzylaminopurine, dissolving and mixing vinegar and chitosan powder,

Publication No. 1003200690000 (20011224) includes 5-30% by weight of glacial acetic acid, 5-35% by weight citric acid, 3-10% by weight gelatin, 5-30% by weight of vinegar liquor, 1-5% by weight chlorine ion, phosphate ion 1 Seaweed culture agent mixture is disclosed, characterized in that ~ 5% by weight, 0.5-3% by weight of amino acid and the rest is composed of water (stock broth),

Publication No. 1007208270000 (20070516) discloses 21.17% by weight of organic acid, 8.97% by weight of chlorine ion, 0.28% by weight of nitrate, 0.59% by weight of nitrogen, 0.21% by weight of phosphorus, amino acid 1.69 × 10-5% by weight and wood grass solution of 8% %, The remainder is described a seaweed acid treatment agent consisting of active water,

Publication No. 1004784920000 (20050314) discloses that the wood vinegar produced by cooling the smoke and steam from charcoal charcoal is left for 3 months or longer to remove tar, and then acetic acid is added to adjust the concentration of organic acid to 20% concentration. And, by adding hydrochloric acid to adjust the inorganic acid to a concentration of 4%, a technique for producing a seaweed liquid organic acid for seaweed farming is disclosed,

Korean Laid-Open Patent Publication No. 1020040049152 (20040611) consists of phytic acid and the addition of amino acids and vitamins to it, and an aquaculture acid treatment agent optionally used by adding one or more of citric acid, malic acid and tartaric acid. It can be seen that it is open to the public.

1. Domestic registered patent no. 169300 2. National Registered Patent Publication No. 1003200690000 3. National Registered Patent Publication No. 1007208270000 4. National Registered Patent Publication No. 1004784920000 5. Korean Patent Publication No. 1020040049152

The conventional technique is a general weakly acidic product that is conventionally used in aquaculture farms, but it is slightly effective in removing the blemishes but is insignificant in various diseases.It is a phenomenon that avoids harmful chemicals such as hydrochloric acid and sulfuric acid. Of course, various diseases and yellow bleaching caused by marine pollution increase every year,

Due to marine pollution and rising water temperature every year, a decrease in income due to the occurrence of bottle disease, as well as poor algae communication caused by overcrowded fisheries, caused primarily by aquaculture, causing deterioration of leaf vitality due to deterioration of the external environment. It is a problem of the present invention to solve a problem in which pathogens or adherent diatoms, which are parasitic or engrafted in leaflets as pathogens secondary to the onset, are deteriorated easily after lamellar color loss and subsequently disappear with leaf loss.

The present invention is a patent application No. 10-1999-0043160 (19991007: Publication No. (date) 10-2000-257 (20000115)), which is filed by the applicant for solving the above problems, the name of the invention; An improved acid treatment mixture for seaweed farming, composed of 15 to 20 kg of sulfur, 20 to 25 kg of 0.1 N caustic soda, 40 to 50 kg of water, 1 to 5 kg of any compound selected from ocher or bentonite, and 1 to 5 kg of natural salt. It is a problem solving means to achieve the present invention to provide a nutrient for seaweed and a manufacturing method thereof.

This outbreak uses seawater 20-30 times in infancy and 30-50 times in young leaves, and promotes various diseases as well as killing adherents of seaweeds and promotes the composition of proteins, vitamins and enzymes in seaweeds. When sulfur is used than conventional acid treatment agent, it is able to prevent laver growth and prevent regeneration and prevent aging of lamellar body. Its excellent washing effect and absorption of large amounts of nutrients make lame growth as well as laver growth. It has the advantage of excellent effect on color selection and high yield of high quality.

In order to achieve the above object, the present invention is composed of sulfur 15 ~ 20kg, 0.1N caustic 20 ~ 25kg, water 40-50kg, any one compound 1 ~ 5kg selected from ocher or bentonite, and 1 ~ 5kg of natural salt It relates to a laver nutrient for nutrition and a method of manufacturing the same.

The present invention uses sulfur, caustic soda is used as a sulfur dissolving agent, removes foreign substances adhered to the laver leaf by sulfur and caustic soda, and do the gaeyeongbang area, sulfur 15 ~ 20kg and the total composition weight 0.1N caustic soda 20 ~ 25kg has the most excellent effect, more than that the melting of the seaweed, the quality of the seaweed is worse, less can be seen that the removal of foreign substances and the number of prevention effect is reduced.

Water is used as a diluent, 40 ~ 50kg relative to the total weight is preferred, if more than that the melting of the seaweed, or the quality of the seaweed is worse, if less, it can be seen that the removal of foreign substances and the number of prevention effects are reduced.

Ocher, bentonite and salt are used to provide trace elements, 1 ~ 5kg of any compound selected from ocher or bentonite relative to the total weight , and 1 ~ 5kg of natural salt. This yellowing can be seen that the quality of the seaweed deteriorates.

This disease uses 20-30 times seawater in early childhood and 30-50 times in young leaves, and promotes protein, vitamin, and enzyme components in seaweeds as well as killing attached diatoms of seaweeds as well as various diseases. When using sulfur than the conventional acid treatment agent, it is possible to prevent laver growth, prevent bottle disease and prevent aging, and prevent leaf aging.The laver activity and laver growth by the laver's excellent cleaning effect and absorption of large amounts of nutrients And it has the advantage of excellent effect on color and high quality and high yield.

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

Example 1

15 kg of sulfur and 20 kg of 0.1 N caustic soda were added to the stirrer and stirred. Then, 40 kg of water was added to the mixture and diluted. Then, 1 kg of loess and 1 kg of natural salt were added to prepare a nutrient for aquaculture.

Example 2

20 kg of sulfur and 25 kg of 0.1 N caustic soda were stirred in a stirrer, 50 kg of water was diluted, and 5 kg of ocher and 5 kg of natural salt were added to prepare a nutrient for aquaculture.

Example 3

15 kg of sulfur and 20 kg of 0.1 N caustic soda were added to the stirrer and stirred. Then, 40 kg of water was added thereto to dilute, and then 1 kg of bentonite and 1 kg of natural salt were stirred to prepare a nutrient for seaweed farming.

Example 4

20 kg of sulfur and 25 kg of 0.1 N caustic soda were stirred in a stirrer, 50 kg of water was added thereto, followed by dilution, and 5 kg of bentonite and 5 kg of natural salt were stirred to prepare a nutrient for seaweed farming.

Seaweed nutrients of the present invention prepared as described above is sulfur 15 ~ 20kg, 0.1N sodium hydroxide 20 ~ 25kg, water 40-50kg and any one compound selected from ocher or bentonite 1 ~ 5kg, and natural salt 1 ~ 5kg It can be seen that the composition.

division Early childhood Leafy season Instant deposition method (10 ~ 60 seconds) (communication method)  Sea water 20-30 times  Sea water 30-50 times

Haitai Net Legal Spinal: 1 vessel (40m × 1.8m)

Dilution nutrient 200g × 1 for gimyangsik of the invention the end (20L) water

Experimental Example 1 (Change Test of the Number of Bacteria Attached to Kim Leaf)

Licmorphora, abbreviata, Pleurosigma, angulatum, and Hyalodiscus stelliger emerged at the time of the experiment, densely clustered around the base or edge of the lamellar body.

Announcement Treatment condition Bacterial count / mg Leaf weight (x10) Test 1 Test 2 Test 3 Example 1
Seaweed Nutrition 1.0% 10 minutes immersion 2-10 7 3 Example 3
Seaweed Nutrition 0.5% 10 minutes soaking - 25 13-22 Control
General commercial
Seaweed Acid Treatment Agent - 266-498 162 3,867-4,560

Experimental Example 2 (lead content test)

As a result of testing the content of lead for the nutrient for seaweed farming of Examples 1 to 4 as follows.

division Heavy metals method of inspection Remarks Nutritional supplement for seaweed farming prepared in Examples 1 to 4 Not detected Atomic absorption analysis and
USP 23

Experimental Example 3 (Detection of Hazardous Heavy Metals)

As a result of testing whether or not to combine harmful heavy metals for seaweed nutrients of Examples 1 to 4 as follows.

division Lead Detection method of inspection Remarks Nutritional supplement for seaweed farming prepared in Examples 1 to 4 Not detected Atomic absorption analysis and
USP 23

Sensory test

In order to confirm the quality characteristics of the seaweeds treated with the seaweed nutrient for seaweed of the present invention, a comparative sensory test with seaweed purchased in the market was performed, and the results are shown in Table 11. That is, the sensory function of each item was measured on a scale of 10 out of 50 general adults, and the average value was calculated.

division
Flavor of laver Flavor of laver (taste) Color choice (sharpness) Remarks Gold on the market
6.8 7.3 7.4 Example 1
9.1 9.2 9.4

Very good 10 points, good 8-9 points, usually 6-7 points, bad 4-5, very bad 3 points or less

In other words, it was seen that if the steaming treatment with a nutrient for gimyangsik of the present invention than in passing common acid treatment on the market, as well as the flavor of the steam obtained significantly better results in terms of steam inherent flavor and saektaek.

Claims (2)

In seaweed nutrition ,
Seaweed nutritional supplement characterized in that it is composed of 15 to 20kg of sulfur, 20 to 25kg of 0.1N caustic soda, 40 to 50kg of water, 1 to 5kg of any compound selected from ocher or bentonite, and 1 to 5kg of natural salt .
In the method for preparing a laver nutrient , 15 to 20 kg of sulfur and 20 to 25 kg of 0.1 N caustic soda are stirred in a stirrer, and then diluted with 40 to 50 kg of water and then selected from ocher or bentonite. Method for producing seaweed nutrition , characterized in that by adding 5kg, and natural salt 1 ~ 5kg