CN112275122A

CN112275122A - Novel plant liquid deodorant

Info

Publication number: CN112275122A
Application number: CN202011123952.4A
Authority: CN
Inventors: 王智勇; 张海燕; 孙维; 曲直
Original assignee: Jilin Jiade Lantian Environmental Technology Co ltd
Current assignee: Jilin Jiade Lantian Environmental Technology Co ltd
Priority date: 2020-10-20
Filing date: 2020-10-20
Publication date: 2021-01-29

Abstract

The invention relates to a novel plant liquid deodorant, which is prepared by uniformly mixing active ingredients of eucalyptus leaf extract, asparagus fern extract, agave extract, daisy extract, Chinese rose extract, aloe extract and the like according to a certain proportion. The active ingredients of the deodorant disclosed by the invention are pure plant extract, so that the deodorant does not cause secondary pollution to the environment, is nontoxic, harmless and non-irritant to people and livestock, does not cause adverse effects on the personal safety of the people and the livestock, and has a remarkable and long-acting deodorization effect.

Description

Novel plant liquid deodorant

Technical Field

The invention relates to the technical field of industrial garbage treatment, in particular to a novel plant liquid deodorant.

Background

The peculiar smell and the stink mainly originate from various domestic garbage, industrial garbage, domestic sewage, industrial sewage and various reactions generated in the places where the domestic garbage, the industrial sewage and the treatment process are processed or the treatment process, and are a great public nuisance to the environment. Along with the gradual improvement of environmental protection consciousness of people, the treatment demand on the problems of peculiar smell and stink is strong day by day. Along with the development of small and medium towns, more and more garbage in the industrial field is generated, but the garbage cannot be treated in time, stacked garbage not only emits intolerable smell, but also can lead the gathering of mosquitoes and flies, pollute the environment and spread disease germs, and bring great harm to the lives of nearby residents.

In order to remove the odor caused by the garbage generated in the industrial field, people also take some deodorization measures, such as spraying or volatilizing a flavoring agent into the odor to improve the feeling of people to the air of a place, but the flavoring agent does not have an eliminating effect on odor pollutants, and can treat the symptoms and the root causes, and the flavoring agent belongs to a chemical product and can cause secondary pollution to the environment after being used. At present, some plant deodorizers are available in the market, but the plant deodorizers have unobvious effects of decomposing and removing malodorous gases and no bacteriostatic function, and the treated industrial garbage has no guarantee on the safety of people and livestock. In order to better improve the quality of life of people, a product capable of fundamentally and effectively solving the odor of industrial garbage and public places needs to be developed urgently.

Disclosure of Invention

The invention aims to provide a novel plant liquid deodorant, which aims to solve the technical problems that the prior art cannot radically and thoroughly treat garbage in the industrial field, cannot release the threat on the safety of people and livestock, and the like.

In order to achieve the above purpose, the following technical scheme is provided:

a novel plant liquid deodorant is characterized in that the active ingredients mainly comprise eucalyptus leaf extract, asparagus extract, agave extract, daisy extract, Chinese rose extract, aloe extract, jasmine extract, hanna mountain vanilla extract, mint extract and yucca extract, and the plant liquid deodorant is prepared by uniformly mixing the components according to a certain proportion.

Preferably, the weight percentages of the effective components are as follows: eucalyptus leaf extract (6-8)%, asparagus extract (4-6)%, agave extract (3-5)%, daisy extract (4-6)%, rose extract (5-7)%, aloe extract (5-7)%, jasmine extract (4-6)%, hanna hyssop extract (4-7)%, mint extract (3-6)%, yucca extract (4-7)%.

The invention has the beneficial effects that:

1. the active ingredients of the invention are pure plant extract, which does not cause secondary pollution to the environment, and simultaneously has no toxicity, harm and irritation to human and livestock, and does not cause adverse effect on the personal safety of human and livestock.

2. The invention has the functions of efficiently decomposing special malodorous gas and efficiently inhibiting bacteria, the industrial garbage treated by the invention can realize 99 percent of bacteria inhibition rate, 87 percent of ammonia removal rate, 89 percent of methyl mercaptan removal rate, 81.3 percent of decomposition elimination rate of hydrogen sulfide and 84.3 percent of decomposition elimination rate of methyl sulfide, and toxicological tests show that the industrial garbage is nontoxic, harmless and nonirritating, so that the industrial garbage meets the environmental protection standard.

3. The microbial deodorant has the advantages of obvious and long-acting deodorization effect and convenience in carrying, and overcomes the defects of acid odor, inconvenience in activity maintenance, short deodorization time and the like of a microbial deodorant.

Detailed Description

Wherein the weight percentage of the effective components is as follows: eucalyptus leaf extract (6-8)%, asparagus extract (4-6)%, agave extract (3-5)%, daisy extract (4-6)%, rose extract (5-7)%, aloe extract (5-7)%, jasmine extract (4-6)%, hanna hyssop extract (4-7)%, mint extract (3-6)%, yucca extract (4-7)%.

Wherein the asparagus fern extract, the agave extract, the aloe extract, the mint extract and the like have the effects of resisting bacteria, killing bacteria and killing mosquitoes; the folium Eucalypti Globueli extract, flos Jasmini sambac extract, Yucca extract, and Hanna herba Caryopteridis Incanae extract have deodorant effect.

Example 1

A novel plant liquid deodorant comprises, as active ingredients, 6% of eucalyptus leaf extract, 4% of asparagus extract, 3% of agave extract, 4% of daisy extract, 5% of Chinese rose extract, 5% of aloe extract, 4% of jasmine extract, 4% of hanna mountain vanilla extract, 3% of mint extract, 4% of yucca extract, and is prepared by uniformly mixing.

Example 2:

a novel plant liquid deodorant comprises, as active ingredients, 7% of eucalyptus leaf extract, 5% of asparagus extract, 4% of agave extract, 5% of daisy extract, 6% of Chinese rose extract, 6% of aloe extract, 5% of jasmine extract, 6% of hanna mountain vanilla extract, 5% of mint extract and 5% of yucca extract, and is prepared by uniformly mixing.

Example 3:

a novel plant liquid deodorant comprises, as active ingredients, 8% of eucalyptus leaf extract, 6% of asparagus extract, 5% of agave extract, 6% of daisy extract, 7% of Chinese rose extract, 7% of aloe extract, 6% of jasmine extract, 7% of hanna mountain vanilla extract, 6% of mint extract, 7% of yucca extract, and is prepared by uniformly mixing.

The plant liquid deodorant has been applied to antibacterial deodorization under different environmental conditions such as garbage disposal plants, pharmaceutical factories, livestock farms, aquaculture farms, feed processing, municipal sewage treatment, food and fishery processing, hospitals, old homes, entertainment venues and the like, and achieves expected effects by detection of a professional detection mechanism, and the plant liquid deodorant is high in deodorization efficiency, strong in antibacterial function, nontoxic, harmless and non-irritant to people and livestock.

Different detection tests are carried out on the novel plant liquid deodorant disclosed by the embodiment, and the deodorant disclosed by the invention has no toxic or harmful effect on human and livestock and has high-efficiency antibacterial and deodorant effects.

First, skin irritation test

Detecting the environment: a rabbit house in a common environment, and the room temperature is 20.2-21.8 ℃; the relative humidity is 50.3% -57.4%.

Experimental animals: new Zealand rabbits are of unlimited nature.

As a result: the highest integrated mean skin irritation value at the observation point was 0.33. The results of the measurements are shown in the following table:

attached skin irritation response scoring sheet

As can be seen from the data in the above table, the plant deodorant of the present invention has no irritation to the skin, classified according to the skin irritation intensity.

Second, acute radial toxicity test

Detecting the environment: an animal house in a barrier environment at room temperature of 21.2-23.6 ℃; the relative humidity is 50.1-59.3%.

Test animals: ICR mice, SPF grade, sex is not limited.

As a result: the experimental animals do not have any toxic symptoms and toxic death within 14 days of the infection; the weights of the male and female animals are not abnormal; after the experiment is finished, no abnormal change and LD are found in gross anatomy examination of the tested animal₅₀>5017.4 mg/Kg. The results are shown in the following table:

test results of acute oral toxicity of exterior syndrome

As can be seen from the data in the table above, the plant deodorant sample has acute radial LD for ICR mice₅₀>5000 mg/Kg. The acute toxicity is classified according to the actual non-toxicity level.

Third, acute inhalation toxicity test

Detecting the environment: an environmental animal house is shielded.

Experimental animals: ICR mice, SPF grade, sex is not limited.

As a result: the experimental animals do not have any toxic symptoms and toxic death within 14 days of the infection; the weights of the male and female animals are not abnormal; after the experiment is finished, no abnormal change and LD are found in gross anatomy examination of the tested animal₅₀>13.2 mg/L. The results are shown in the following table:

test results of acute inhalation toxicity of exterior syndrome

As can be seen from the data in the table, the plant deodorant sample has acute inhalation LD for ICR mice₅₀>10 mg/L. The acute toxicity is classified according to the actual non-toxicity level.

Fourthly, detecting the deodorization and bacteriostasis effects of the plant deodorant

The treatment effect of the plant deodorant of the invention on main substances generating odor and the bacteriostatic effect on main bacteria are analyzed, and the detection results are shown in the following table:

analyzing the results of the detection

The data in the table show that the plant deodorant has high-efficiency decomposition and elimination effects on main odoriferous substances such as ammonia, hydrogen sulfide, methyl mercaptan, methyl sulfide and the like, and has very obvious bacteriostatic effects on common bacteria escherichia coli.

Claims

1. A novel plant liquid deodorant is characterized in that the active ingredients mainly comprise eucalyptus leaf extract, asparagus extract, agave extract, daisy extract, Chinese rose extract, aloe extract, jasmine extract, hanna mountain vanilla extract, mint extract and yucca extract, and the plant liquid deodorant is prepared by uniformly mixing the components according to a certain proportion.

2. The novel plant liquid deodorant as claimed in claim 1, wherein the weight percentage of the effective components is: eucalyptus leaf extract (6-8)%, asparagus extract (4-6)%, agave extract (3-5)%, daisy extract (4-6)%, rose extract (5-7)%, aloe extract (5-7)%, jasmine extract (4-6)%, hanna hyssop extract (4-7)%, mint extract (3-6)%, yucca extract (4-7)%.