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Because it uses the waste moisture itself, it reduces the volume and weight of the waste by 70 to 80 percent, dries and crushes it with an internal mixer during the hazardous operation. Unlike similar machines such as pressurized autoclave and microwave, the above device makes the waste safe with indirect heat and without adding steam to the waste, the waste is elevated by temperature and pressure using its own moisture. The slave is safe at a specific time.
In the waste disposal site, the waste is heated indirectly. This way, the steam entering the machine after transferring its energy to the waste is distilled and returned to the steam system, and the steam is not absorbed into the waste. The use of any type of packaging was permitted in the new method but in the previous methods it was necessary to use vapor-permeable and heat-resistant bags. In the old way, the waste had to be removed with the same bags to be transported to a landfill for burial.
The safe does not burn waste and does not need to be separated prior to loading because the mixer turns all waste away. If in the previous methods no metal objects could be loaded into the machine. In the microwave under pressure the metal would cause the device to stop and in the autoclave because a metal tool could stay between the textiles after steaming and crushing. Not enough and there is the possibility of inadequate sterilization. The SAF system dehydrates and dries waste while previous systems add to the moisture content of the waste. After the end of the sterile cycle, the garbage does not smell and does not need to be cooled. The garbage has a very bad odor and must be cooled manually for transportation.
The new machine crushes the waste during sterile operation, but previous methods have delivered the same bag and have to use a separate shredder to reduce the volume. The new machine has multiple controls on the waste pressure and temperature. This greatly enhances the confidence factor that all waste is safe. The new machine uses all the moisture content of the waste because it uses the moisture itself to generate steam and pressure, but in the previous methods the residual liquid at the bottom of the device resulting from the incoming steam distillation was not safe. They should be re-safe by a biological wastewater treatment system. In previous systems, in order to ensure vapor penetration to the depths of waste such as hospital-specific items such as hoses, various catheters, etc., the indoor air had to be first discharged by a vacuum pump, which also had to be discharged. Make it a separate safe way. There is no need for a vacuum pump in the new machine if the waste is blended by the mixer and sufficiently vapor permeable to all the waste and creates a sufficient vapor contact surface.
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