NF-TMP-P(50)

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Non-Thermal Plasma Technology (NF-TMP-P) is a versatile technology that has a wide range of applications in various industries. This technology has proved to be effective for a wide range of processes that include chemical and biological reactions, physical and chemical surface treatments, material processing, and filtration. It is mainly used for purification, disinfection, and other treatment processes of different industrial and medical applications, which include surface cleaning of semiconductor devices, air pollution control, wastewater treatment, and air filtration.

In general, NF-TMP-P technology utilizes a process that involves the passing of an electric current through a plasma chamber in order to generate a mixture of electrons, ions, radicals, and excited species that helps to destroy the target material. The technology enables efficient and cost-effective production of the desired chemical species by increasing reaction speed and maximizing yield. NF-TMP-P technology also helps to significantly reduce the activation energy required to initiate a reaction, which contributes to overall energy efficiency. Additionally, NF-TMP-P technology makes it possible to control the size, morphology, and size distribution of the particles produced in order to ensure the desired product quality.

The NF-TMP-P(50) application field and working principle is mainly used for industrial and medical applications as a unique plasma-based technology that has a wide range of bonuses and advantages compared to existing technology. The technology is based on the generation of a non-thermal plasma process in an electric chamber where the plasma is generated using an electric voltage of 50kHz, which enables production of an activated oxygen species from the nitrogen placed in the chamber. The activated oxygen species includes atoms, molecules, ions, radicals, as well as heat, light, sound, and others. This activated oxygen species is capable of destroying various pollutants such as organic compounds and hazardous microorganisms quickly and at a low temperature without the use of any additional chemicals.

In the NF-TMP-P(50) system specific parameters such as temperature, pressure, electrical properties, type and compositions of the gas, type and composition of the solid particles, and many other settings are important in order to optimally produce the desired chemical species and the quality of the products. Moreover, the technology has a high applied voltage (50 kHz) that increases efficiency, reduces humidity and moisture, and prevents contamination of the treated materials. In addition to the process parameters, it is also important to take into account the electrical system when designing the NF-TMP-P(50) system.

Overall, NF-TMP-P(50) technology is an effective and cost-efficient technology that is able to eliminate hazardous particles and pollutants in an efficient and safe way. This technology is applicable to various industrial and medical applications, from purification and disinfection of surfaces to air filtration and wastewater treatment. In addition, the technology offers many advantages over conventional technologies, such as increased energy efficiency, improved product quality, and increased production speed.

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