Today's KNOWLEDGE Share
I will share the new design in the field of tire and plastic gasification.
The exiting very high temperature (800 C) level syngas transports the oil vapors from the rubber to the condenser, inside the pyrolysis of the rubber/plastic takes place together with the exiting gas, the gas temperature is further increased by the microwave radiation from the gas. the outside, which converts the exiting oil vapor into non-condensable gases above 1000 C, such as H2, CH4, CO, CxHx, etc.
We have recently started the production of a series for the gasification , the electrical energy requirement of microwave steam plasma torch excitation is one-tenth of that of arc plasma, and NOx is not generated.
In addition, plasma burners are used to oxidize flue gases, which is a key step in various industrial processes. The radiation from magnetrons can actually break down oil vapors into synthesis gas, making it a highly efficient way to produce clean energy.
In addition, the radiation from plasma torches can be directed through ceramics to reach temperatures above 1000°C. This high-temperature capability is vital for many applications, including material processing and waste management.
It's amazing how plasma technology can be utilized for such a wide range of applications!
microwave technology: www.gumienergia.hu
source:Jozsef Nagy
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