Low Frequency process for Waste Treatment, Transformation of Substance in Mineralized Organic raw material and obtaining from this: Fuels, Asphalt, Coal and other liquid and gaseous Hydrocarbon

摘要

This document provides a method for developing useful products of waste materials, including (a) providing waste materials, and (b) irradiating waste materials with low-frequency macro waves (infrared radiation),Wavelengths between 700 and 1 mm Therefore, the temperature of the material in the treatment will soon rise. When the temperature reaches 205sc, the material will start to decompose from the surface, and then gradually turn to the center, which is the first minute of the treatment. From this moment on, the pressure changes very littleBetween 0.8 and 1.2 bar, radiolysis began to form light and co hydrocarbons (carbon oxidation) due to the presence of air in the processed material, and the high humidity and rapid temperature rise of the pores or cell chromatography of this material. In this way, the material begins to vaporize in the original humid environment, all of which are repeated.This is a kind of fuel combustion gas, which provides fuel for burners, and these burners form a hotbed of photoelectric diffusion. Within 10 minutes, the gasification of the material will release all the air, which has been incorporated into the process is completely removed from the reaction chamber, from now on, methane and CO2 are formed, and various types of C1 hydrocarbons are simulated.C2-C5, C6-C14, C15 + as the water from the moisture of the material disappears, the longest hydrocarbon chains are released and the temperature of the processed material increases rapidly until reaching 850sC, this technique is what allows fundamentally gasify the tar and allow the selective precipitation of the ecoasphalt in phase c). After a process period that lasts from 1 to 4 hours, which is a function of the characteristics of the processed material,At temperatures close to 850sc, the residue in this vessel is a high-purity correction carbide, from which the reactor chamber can be removed in order to store or maintain the hot carbide in the chamber.It is placed in the reactor to obtain from the same activated carbon by inputting water vapor into the process and maintaining the temperature at 825sc for another 2 hours, generating hydrogen and carbon dioxide at the same time, and finally releasing the activated carbon.