ozone generator machine for multifunction olive oil sunflower oil ozonated oil making

best quality factory price ozone generator machine for multifunction olive oil sunflower oil ozonated oil plant cost

Jun 29th,2026 16 Views

Ozone, a natural substance existing on the earth, is widely known for the existence of the ozone layer in the atmosphere. Ozone is a strong oxidant and broad-spectrum high-efficiency bactericide, with a unique fishy odor.  
In 1785, when the Germans were using the motor, they found that a peculiar smell was produced when the motor was discharged. In 1840, German scientist Schonbein identified this odor as O3 and named it OZONE (ozone). Since then, European scientists have taken the lead in researching the properties and functions of ozone, and after discovering the broad-spectrum sterilization effect, they have begun industrial production applications. Among them, a Swedish beef company has used ozone to preserve the freshness of beef storage. Since 1870, it has been Still in use. In the 19th century, people recognized the strong oxidizing effect of ozone, and found that ozone has an oxidizing effect on wood, straw, starch, plant pigments, natural rubber, fat, animal and vegetable oils and alcohol. In 1868, de Gebeth obtained the first patent for ozone application technology, which uses ozone to oxidize coal tar mixtures into products suitable for coatings and paints. In 1873, Europe put ozone into use in sugar refining and flax bleaching. Over the past 100 years, ozone has been applied in many fields and has made significant contributions to the development of human production technology. The application of ozone is divided into four fields: water quality treatment, chemical oxidation, food processing and preservation, and medical treatment. The application research and equipment development in each field have reached a very high level. The world has formed an independent ozone technology industry and sector, and the International Ozone Association (IOA) established in 1973 is located in Canada. The association holds an international conference every two years to exchange papers and reports on the development of ozone technology in various countries. Developed countries have generally established IOA regional organizations for academic exchanges. After World War II, the international ozone application technology has made great progress. First of all, in 1902, Paderborn, Germany established the first large-scale water plant to treat water quality with ozone, creating a precedent for ozone water treatment. Now there are thousands of ozone water plants in Europe, America, Japan, Canada, etc. The application of ozone in the water plants of the country has reached a popular level. Almost all mineral water and purified water manufacturers are equipped with ozone equipment. In the early 1970s, the United States began to use ozone to treat domestic sewage, mainly for sterilization, removal of pollutants, and decolorization to meet emission standards. In Japan, in water-deficient areas, the sewage is treated with ozone and used as reclaimed water. The United States, Japan, Germany, France and other countries have established large-scale ozone sewage treatment plants in recent years. Secondly, the industrial application of ozone has also been very common, mainly used in chemical, petroleum, paper, textile and pharmaceutical, and perfume industries. The application in the food industry is more popular. In 1904, Europe used ozone to preserve milk, meat products, cheese, protein and other foods. In the late 1930s, 80% of refrigerated egg warehouses in the United States were equipped with ozone generators. After World War II, Europe, the United States, and Japan applied ozone to storage, manufacturing, and transportation in the preservation of food, fruits, and vegetables. In terms of medical treatment, Japan used ozone for human physiotherapy during World War II, and Russia used it for strong gas (ozonated air) sports applications. At present, there are many international uses in medical treatment: such as air disinfection in wards and operating rooms, using ozone water for medical equipment disinfection, using ozone for dental disease treatment (oral surgery and maintaining oral sterility), using ozone and radiation Physiotherapy combined to treat cancer, drinking ozone water to treat women's disease, injecting ozone gas to treat fistula hemorrhoids, varicose veins, etc. In terms of health care, it is popular in Japan and Taiwan to inhale strong air (air containing low concentration of ozone) to strengthen the body, and use ozonized water to shower the body to kill bacteria and beautify.

What is ozonated oil ?

Ozone oil, also known as ozonated oil, is composed of: ozone and unsaturated fatty acids. Among them, unsaturated fatty acids are divided into three categories: omega-9 series unsaturated fatty acids represented by oleic acid contained in camellia oil, omega-6 series unsaturated fatty acids represented by sulfinic acid contained in vegetable oil, and fish oil. The omega-3 series of unsaturated fatty acids represented by the 20-carbon 5-enoic acid (EPA) and the 22-carbon 6-enoic acid (DHA). Conventional ozone oil is based on olive oil, which is rich in 80% oleic acid (18:in=6). 1.0g of oil can absorb up to 160mg of ozone. Post-ozonation analysis Using nuclear magnetic resonance (NMR) chromatography to characterize the modification, a new carbon signal was found to be associated with the Criegee ozonide peak around 105 ppm. The complete disappearance of the alkene carbon signal at 130 ppm and the absence of carbonyl compounds and carboxylic acids was concluded by combining the resonance chromatography data, elemental analysis and high performance liquid chromatography (HPLC). Long-term ozonation leads to the formation of special glycerol trimolecular ozone compounds, ozonated oils. Physical properties of ozone oil: The half-life of ozone oil at room temperature and pressure is about 3 years, which will be affected by the rise and fall of temperature. Below zero, the half-life can be extended to about 50 years. Above 270 degrees, the instant decomposition of ozone does not occur. re-exist.

Ozonated Oils (Ozone Oils) When the blood is ozonated, ozone reacts with all soluble antioxidants and poly unsaturated fatty acids and oxides them.[3] This mechanism suggested that some liquid oils may be used in treatment of various pathologies after ozonation. This treatment potential may be existed thanks to the presence of unsaturated double bonds of fatty acids in these liquid oils that would be ozonated. As a result of reactivity of ozone, ozone oxides these double bounds and one oxygen atom joins unsaturated double bounds. Ozonated oils are used in many diseases such as joint and skin pathologies especially.[1] 
1. Kim HS, Noh SU, Han YW, Kim KM, Kang H, Kim HO, et al. Therapeutic effects of topical application of ozone on acute cutaneous wound healing. J Korean Med Sci. 2009;24:368–74. [PMC free article] [PubMed] [Google Scholar]
 

What benifit of ozonated oil ?  1. Broad-spectrum: ozone has a killing effect on various bacteria, fungi, viruses, molds, mycoplasma, chlamydia, trichomonas vaginalis and other pathogenic microorganisms. Ozone destroys the structure of the microbial membrane by oxidation to achieve bactericidal effect. First of all, it acts on the cell membrane, which damages the components of the membrane and destroys the lipoproteins and lipopolysaccharides in the membrane, changes the permeability of the cells, and causes the cells to dissolve and die, thereby playing the role of sterilization, disinfection and detoxification. 2. Rapidity: After ozone reaches a certain level (8-9.6mg per gram of ozone), it can kill pathogenic microorganisms in seconds to minutes, which is the fastest among the known disinfectants. 3. Safety: Ozone acute toxicity test shows that LD50>500mg/kg is non-toxic, and it is not irritating to skin, mucous membranes and eyes. Because healthy cells have a strong oxidative balance enzyme system, ozone is harmless and non-toxic to healthy cells, and the by-products of ozone killing pathogenic microorganisms are oxygen and gaseous water molecules. 4. Penetration: Due to the small molecular weight of O3, it has a strong penetrating effect on cell tissues, which can penetrate into the mucosa of 2mm and quickly penetrate into the inner wall of pathogenic microorganism cells. 5. No drug resistance: Due to the mechanism of action of ozone, the genetic material of pathogenic microorganisms is directly decomposed, resulting in irreversible death, which is different from ordinary antibiotics and antiviral ointments, so no drug resistance occurs. 6. Duality: The by-products of ozone killing pathogenic microorganisms are oxygen and gaseous water molecules, which can be absorbed by cells and tissues, accelerate blood circulation, and promote the healing of the affected skin.

what is ozonated oil ?

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