KR101022866B1 - deodorant agent composition for cattle shed - Google Patents

Abstract

The present invention relates to a livestock deodorant composition comprising a natural extract, deodorant, disinfectant, antifoaming agent and other additives, wherein 10 to 40% by weight of the mixture of laurylamine and nonylphenol is used as a deodorant based on the total composition. It is characterized by including. At this time, the mixing ratio of the laurylamine and the nonylphenol is preferably in the range of 1 to 10 by weight ratio of laurylamine to nonylphenol. The present invention was able to remove various odors and odors quickly and conveniently in the management of slaughterhouses, barns and livestock manure according to the configuration as described above, by adding a harmless disinfectant to spray the work space without harming users and livestock By doing so, all odors, odors and disinfections can be processed at once.

Deodorant, Natural Flavor, Hyjin, Ammonia, Barn, Disinfectant

Description

Deodorant agent composition for cattle shed

The present invention relates to a deodorant composition for removing odors in a slaughterhouse or barn, and more particularly, by adding a predetermined amount of a disinfectant, a mixture of laurylamine and nonylphenol as a deodorant, to reduce the amount of the deodorant composition as a whole as well as to deodorize The present invention relates to a livestock deodorant composition which can increase the marketability by giving a function of disinfection while maintaining a long encroachment period.

Generally, odor removal includes physical adsorption using a porous adsorbent such as neutral activated carbon and an adsorbent, and a deodorizing function using an oxidation reaction of a compound such as ozone or octyl crotonate and alkyl crotonate (Japanese Patent Publication No. 60-88558, Korean Patent Publication No. 1992-1992). A chemical adsorption technique using a condensation reaction of a compound such as 0002911) has been used.

In addition, aromatic acids and salts were extracted from plants, and a deodorant by chemical action thereof was also developed (Korean Patent Publication 1986-0001872).

However, most of them are effective only for specific odors, and the scope of application is relatively limited, such as cigarettes, refrigerators, and toilets. Extremely poor.

In other words, it was not effective to remove unpleasant odors such as body odor and fishy smells generated from slaughterhouses and barns, and irritant odors such as ammonia, amines, aldehydes, hydrogen sulfide, and the like generated from various manure.

In addition, these slaughterhouses and livestock houses use a deodorant to remove odor and at the same time a separate disinfectant must be used to reduce the work efficiency and the disinfectants used are harmful to the human body and thus have a problem of reduced convenience.

Accordingly, the present invention has been made to solve the problems described above, an object of the present invention is to reduce the amount of use of the deodorant composition as well as to reduce the overall amount of deodorant composition by adding a certain amount of a mixture of laurylamine and nonylphenol as a deodorant It is to provide a livestock deodorant composition that can maintain a long erosion period can increase the marketability.

Another object of the present invention is to add a certain amount of harmless disinfectant to the livestock and human of the deodorant composition to achieve the deodorization and disinfection at the same time to shorten the working time to increase the efficiency of work as well as to give harmless disinfection to the operator It is to provide a livestock deodorant composition that can be.

This object is achieved by the present invention, according to one aspect of the present invention, in a livestock deodorant composition consisting of a natural extract, deodorant, disinfectant, antifoaming agent and other additives, laurylamine and nonyl as deodorant for the whole composition The mixture of phenols is characterized in that it comprises 10 to 40% by weight based on the total composition.

At this time, the mixing ratio of the laurylamine and the nonylphenol is preferably in the range of 1 to 10 by weight ratio of laurylamine to nonylphenol.

The present invention was able to remove various odors and odors quickly and conveniently in the management of slaughterhouses, barns and livestock manure according to the configuration as described above, by adding a harmless disinfectant to spray the work space without harming users and livestock By doing so, all odors, odors and disinfections can be processed at once.

Hereinafter, the present invention will be described in detail so that those skilled in the art can easily implement the present invention.

Examples 1-9 and Comparative Examples 1-3

In the present invention, Arrivafragrances Co., Ltd. CPMN-X and Lemon Oil were used as masking agents in order to use natural flavors harmless to the human body. In addition, in order to effectively remove the irritating odors such as ammonia, amines, aldehydes, hydrogen sulfide, etc. generated from the manure of various livestock, a mixture of laurylamine and nonylphenol in a certain ratio (weight ratio of 1-10 to nonylphenol) ( Chemixol) was diluted with ethanol, and then prepared by adding an appropriate amount of antifoaming agent and a disinfectant under the trade name Hyjin.

The deodorant including the function of disinfection thus prepared was applied to the composition of Examples as in Tables 1 to 3 and compared with the comparative examples of Table 4.

Table 1) Example (1 ~ 3) Composition

Furtherance Ingredient Name Example 1 Example 2 Example 3 Parts by weight (g) Wt% Parts by weight (g) Wt% Parts by weight (g) Wt% CPMN-X 20 19.8 20 19.8 20 19.8 Lemon oil 20 19.8 20 19.8 20 19.8 Chemixol 1
(Lauryl amine: Nonyl phenol = 1: 1) 20 19.8 - - - - Chemixol 5
(Lauryl amine: Nonyl phenol = 5: 1) - - 20 19.8 - - Chemixol 10
(Lauryl amine: Nonyl phenol = 10: 1) - - - - 20 19.8 Defoamer (DH-1001) One 1.0 One 1.0 One 1.0 ethanol 20 19.8 20 19.8 20 19.8 Haijin 20 19.8 20 19.8 20 19.8

Table 2) Compositions of Examples (4-6)

Furtherance Ingredient Name Example 4 Example 5 Example 6 Parts by weight (g) Wt% Parts by weight (g) Wt% Parts by weight (g) Wt% CPMN-X 20 22.0 20 18.0 20 16.5 Lemon oil 20 22.0 20 18.0 20 16.5 Chemixol 1
(Lauryl amine: Nonyl phenol = 1: 1) - - - - - - Chemixol 5
(Lauryl amine: Nonyl phenol = 5: 1) 10 11.0 30 27.0 45 37.2 Chemixol 10
(Lauryl amine: Nonyl phenol = 10: 1) - - - - - - Defoamer (DH-1001) One 1.1 One 0.9 One 0.8 ethanol 20 22.0 20 18.0 20 16.5 Haijin 20 22.0 20 18.0 20 16.5

Table 3) Compositions of Examples (7-9)

Furtherance Ingredient Name Example 7 Example 8 Example 9 Parts by weight (g) Wt% Parts by weight (g) Wt% Parts by weight (g) Wt% CPMN-X 20 23.3 20 22.0 20 18.0 Lemon oil 20 23.3 20 22.0 20 18.0 Chemixol 1
(Lauryl amine: Nonyl phenol = 1: 1) - - - - - - Chemixol 5
(Lauryl amine: Nonyl phenol = 5: 1) 20 23.3 20 22.0 20 18.0 Chemixol 10
(Lauryl amine: Nonyl phenol = 10: 1) - - - - - - Defoamer (DH-1001) One 1.2 One 1.1 One 0.9 ethanol 20 23.3 20 22.0 20 18.0 Haijin 5 5.8 10 11.0 30 27.0

Table 4) Comparative Example (1 ~ 3) Composition

Furtherance Ingredient Name Comparative Example 1 Comparative Example 2 Comparative Example 3 Parts by weight (g) Wt% Parts by weight (g) Wt% Parts by weight (g) Wt% CPMN-X 20 28.2 20 22.0 20 18.9 Lemon oil 20 28.2 20 22.0 20 18.9 Chemixol 1
(Lauryl amine: Nonyl phenol = 1: 1) - - - Chemixol 5
(Lauryl amine: Nonyl phenol = 5: 1) - - - Chemixol 10
(Lauryl amine: Nonyl phenol = 10: 1) - - - Defoamer (DH-1001) One 1.4 One 1.1 One 0.9 Octylcrotonate 10 14.1 30 33.0 45 42.5 ethanol 20 28.2 20 22.0 20 18.9 Haijin - - - - - -

For the evaluation of the deodorant function, the concentration of malodorous components in the air before and after the application of the deodorant by collecting the air from the barn was analyzed by gas chromatography. The evaluation results are shown in Table 5 below. It can be seen that the concentration of odor components after spraying is significantly reduced.

Table 5) Deodorant effect

Example Odor Concentration (ppm) Hydrogen sulfide ammonia Trimethylamine Formaldehyde Acetaldehyde Acetic acid Propionic acid One Before spraying 80 17 28 5 50 50 75 After spraying 20 5 12 One 4 4 6 2 Before spraying 80 17 28 5 50 50 75 After spraying 15 4 11 One 4 4 6 3 Before spraying 80 17 28 5 50 50 75 After spraying 16 4 11 One 4 4 7 4 Before spraying 80 17 28 5 50 50 75 After spraying 15 4 12 One 4 5 5 5 Before spraying 80 17 28 5 50 50 75 After spraying 18 5 10 One 3 5 7 6 Before spraying 80 17 28 5 50 50 75 After spraying 17 3 13 One 4 4 6 7 Before spraying 80 17 28 5 50 50 75 After spraying 20 5 11 One 3 5 8 8 Before spraying 80 17 28 5 50 50 75 After spraying 14 4 12 One 4 4 5 9 Before spraying 80 17 28 5 50 50 75 After spraying 15 4 10 One 4 5 5 Comparative example One Before spraying 80 17 28 5 50 50 75 After spraying 50 15 20 3 20 30 50 2 Before spraying 80 17 28 5 50 50 75 After spraying 40 14 20 3 20 20 50 3 Before spraying 80 17 28 5 50 50 75 After spraying 40 14 18 3 20 25 45

In order to investigate the effect of disinfection, the bactericidal effect according to the exposure time after spraying the solution was investigated for specific germs as shown in the following Table 6. Here, the meaning of + means that bacteria are present, and the meaning of-means that there is no bacteria. As shown in the table, it shows excellent sterilization effect compared to the comparative example, and it can be seen that not only the function of deodorization but also the function of disinfection is excellent.

Table 6) Sterilization Effect Test Results

Example Pathogen Staphylococcus aureus E. Coli C. albicans One Before spraying + + + After spraying 10 minutes - - - 20 minutes - - - 30 minutes - - - 2 Before spraying + + + After spraying 10 minutes - - - 20 minutes - - - 30 minutes - - - 3 Before spraying + + + After spraying 10 minutes - - - 20 minutes - - - 30 minutes - - - 4 Before spraying + + + After spraying 10 minutes - - - 20 minutes - - - 30 minutes - - - 5 Before spraying + + + After spraying 10 minutes - - - 20 minutes - - - 30 minutes - - - 6 Before spraying + + + After spraying 10 minutes - - - 20 minutes - - - 30 minutes - - - 7 Before spraying + + + After spraying 10 minutes - - - 20 minutes - - - 30 minutes - - - 8 Before spraying + + + After spraying 10 minutes - - - 20 minutes - - - 30 minutes - - - 9 Before spraying + + + After spraying 10 minutes - - - 20 minutes - - - 30 minutes - - - Comparative example One Before spraying + + + After spraying 10 minutes + + + 20 minutes + + + 30 minutes + + + 2 Before spraying + + + After spraying 10 minutes + + + 20 minutes + + + 30 minutes + + + 3 Before spraying + + + After spraying 10 minutes + + + 20 minutes + + + 30 minutes + + +

It is apparent to those skilled in the art that the present invention is not limited to the described embodiments, and that various modifications and variations can be made without departing from the spirit and scope of the present invention. Therefore, such modifications or variations will have to belong to the claims of the present invention.

Claims (3)

In the livestock deodorant composition consisting of a natural extract, deodorant, disinfectant, antifoaming agent and other additives, A livestock deodorant composition comprising 10 to 40% by weight of a mixture of laurylamine and nonylphenol as a deodorant with respect to the total composition. The method of claim 1, wherein the mixing ratio of the lauryl amine and the nonyl phenol is a deodorant composition for livestock deodorant composition, characterized in that the ratio of lauryl amine to nonyl phenol in the range of 1 to 10 by weight. delete