This research aims to study how to deal with infectious waste generated by small hospitals and laboratories. The problem is that the infectious waste management is still limited about the treatment / disposal is not sufficient to have the illegal dumping of infectious waste from households, transport from the hospital. And no solid waste collection service system was infected by a smaller health facilities. And studies the properties of ozone, a form of oxygen that has the power (Active Oxygen) can react with the oxidation of organic compounds in almost all types of water and in the air. Ozone also is able to destroy bacteria, fungi and viruses, the best and quickest by up to 5,000 times faster than chlorine, ozone molecules into the contaminant. Degradation and isolation By changing the structure of the substance. Ozone is a gas that is structurally unstable. After reacting Ozone is converted back into oxygen, which is harmless. Or send any effect on humans, animals and the environment. In order to deal with infectious waste before disposal from the source to reduce the risk of infection to those exposed or concerned. For this research study was divided into two phases during the first part of the work of the ozone plasma system, high pressure one with the design and build a waste disinfection with ozone plasma system, high pressure automatically during the two hours. Try to kill the bacteria Bacillus atrophaeus and fungus Penicillium brevicompactum. The relationship between the concentration of ozone and ozone-term exposure to infectious wastes that affect the efficiency of sterilization (K = CT), where the R square2 obtained from the experiments. 0.9595 and 0.907 That means The relationship between ozone concentration and duration of exposure to disinfectants are appropriate and relationships widely. The properties of ozone and trials. Ozone disinfection can help in the management of solid waste generated by the medical establishment.
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