Microwave treatment technology
Microwave thermal effect sterilization treatment core technology is the use of microwave thermal effect and non-thermal effect of killing germs, microwave refers to the frequency of 300 megahertz electromagnetic waves.
The microwave thermal effect sterilization mechanism is briefly described: biological cells are composed of water, proteins, nucleic acids, carbohydrates, fats and inorganic compounds and other complex compounds of a cohesive medium. The medium in the role of strong microwave field, the temperature rises, its spatial structure changes or destruction, protein denaturation, affecting its solubility, viscosity, expansion, stability, thus losing biological activity.
Microwave non-thermal effect of sterilization mechanism: microwave action can change the biological energy, change the biological arrangement of the polymerization state and its law of motion, and the microwave field induced by the ionic currents, will affect the cell membrane near the distribution of charge, resulting in damage to the barrier effect of the membrane, resulting in membrane dysfunction, which interferes with or destroys the cellular Ribonucleic Acid (RNA) and Deoxyribonucleic Acid (DNA) in the microwave field force can lead to hydrogen bonding, and thus the loss of biological activity. Field forces can lead to relaxation, breakage or reorganization of hydrogen bonds. Induced gene mutation or chromosome aberration, thus affecting the change of its biological activity, delay or interrupt the cell's stable genetic and proliferation. Simply put microwave sterilization is the microwave thermal effect and non-thermal effect **** with the results of the action.
Full-automatic microwave medical waste treatment system for medical waste comprehensive sterilization treatment, so that it is harmless. The system adopts high-power microwave sterilization and supplemented by ultraviolet high-intensity sterilization, equipped with anti-empty load and laser automatic tracking system, with perfect automatic protection and anti-microwave leakage function.
Plasma treatment technology
Plasma treatment technology principle for the electrode cathode and anode between the carrier gas (generally for the inert gas argon, can also be air, etc.). Under the action of the electric field, the carrier gas in a very small amount of ions to produce directional movement, the directional movement of the ions in turn enhanced the use of the electric field, so that more carriers ionization, resulting in higher charged ions and the same directional movement, this chain reaction makes the carrier gas becomes a conductive gas, due to the number of anion and cation are the same, the reverse movement of the region to become a carrier gas as a carrier plasma area.
Carrier gas conductive conductivity between the anion and cation electrodes, intense discharge, resulting in an arc, this phenomenon is also known as arc discharge. Arc plasma is characterized by low voltage and high current, accompanied by strong light and high heat. In the center part of the plasma zone, a high temperature of about 20,000°C can be reached, and the temperature of the whole plasma zone is between 5,000°C and 20,000°C.
Waste will be added to the plasma zone, at a high temperature of more than 12,000 ℃, any organic matter will be broken into atomic state in an instant, this high-temperature decomposition is very thorough, and due to the use of the characteristics of the arc discharge, resulting in a localized ultra-high temperature, the utilization of electrical energy is extremely high, without the need for any fuel and oxygen.