The magnetic reaction kettle temperature carbonization technology uses electric heating to remove organic matter from activated carbon. In general, the temperature carbonization stage involves boiling, vaporizing, and desorbing a portion of the organic matter adsorbed on activated carbon, and a portion of the organic matter undergoes decomposition reactions to generate small molecule hydrocarbons that desorb. The residual components remain in the pores of activated carbon and become "fixed carbon". At this stage, the temperature will reach 800-900 ° C. To avoid oxidation of activated carbon, it is generally carried out under vacuum or inert atmosphere. In the next activation stage, gases such as CO2, CO, H2, or water vapor are introduced into the reaction vessel to clean the micropores of activated carbon and restore its adsorption performance. The activation stage is the key to the entire regeneration process.

There are also other applications available. It is the process of turning organic matter into water and carbon dioxide. The electric heating reactor uses an electric heating rod to heat the heat transfer oil inside the jacket, raising the temperature of the heat transfer oil to the desired level. Then, a temperature controller controls the electric heating rod to cut off the power and maintain a constant temperature. Electric heating reaction kettle is a product developed based on the absorption of domestic and foreign technologies, widely used in industries such as pharmaceuticals, building materials, chemicals, pigments, resins, and food. It has the characteristics of rapid heating, temperature resistance, corrosion resistance, hygiene, no environmental pollution, no need for boiler automatic heating, and easy use. During heating, the water vapor generated by uneven heating suddenly becomes zero in volume when cooled, producing a sound.

The key to how much water is used in an electric heating magnetic reaction kettle depends on how much material is in the kettle and how much energy is needed to raise it to 80 degrees. Electric heating is easy to control temperature, but if equilibrium is established, the water heat exchange temperature is more stable. When starting the reactor, it is necessary to follow the following requirements: feed according to the process operating procedures and start the mixing operation; The reaction kettle must follow the process operation procedures during operation, and should not operate at excessive temperature, pressure, or load; If there are abnormal situations such as overheating, overpressure, overload, etc., corresponding measures should be taken immediately according to the process regulations. According to the material ratio specified in the process, the feeding and heating rate should be balanced and controlled to prevent severe reactions and abnormal situations such as overheating caused by incorrect or excessive feeding in the kettle.

When the equipment is heated and cooled, the operation must be smooth to avoid sudden superposition of temperature difference stress and pressure stress, and to avoid deformation or damage to the equipment; Strictly implement the management system for the start-up of electric heating magnetic reaction kettle, include the operation and condition of equipment in the handover, and prevent abnormal situations and equipment accidents caused by unclear handover