MKW-XG-2 Microwave High Temperature Pyrolysis Fluidized Bed
Introduction: The touch screen operation is controlled by PLC, the microwave power is adjustable, the temperature is measured inside the thermocouple, the two-stage feeding screw feeds the material into the microwave heating zone, the bottom is fed with compressed gas to form a fluidized state, the heating temperature is controllable, and the exhaust gas is discharged from the top pipe to the reformer. Equipment application field: It is suitable for all kinds of organic raw materials as oil raw materials, including wood chips, bamboo chips, straw, seaweed and other algae, coal (including lignite), waste plastics, waste rubber and other polymer materials. Features: 1. Microwave tubular atmosphere fluidized bed experimental platform, used for high temperature heat treatment of powder materials in fluidized state 2. Support microwave high temperature treatment of materials within 800˚C 3. Support fluidized high temperature heating process under multi-atmosphere conditions 4. Support airflow preheating process 5. Support the gas tracing process 6. Intelligent control system, temperature and power closed-loop controllable 7. The experimental data curve is displayed and the data can be exported Technical parameter 1 Equipment working conditions: 1.1 Input power: 3-phase, 380V/50Hz, power distribution: about 10KVA 1.2 Microwave power: 1.6KW (power continuously adjustable) 1.3 Equipment footprint: about 2.5*1.5*1.8m(L*W*H) 2 equipment composition: It is mainly composed of feeding device, air inlet pipeline, heating container, microwave device, air outlet pipeline, control part, etc. 3 Feeding device: 3.1 The feeding adopts two-stage screw feeding, and the material is 304 stainless steel. 3.2 The secondary screw discharge end and the heating container are connected by flange. 3.3 The outer part of the secondary spiral adopts jacket water cooling to cool the hot end. 4 intake lines 4.1 The intake pipeline is mainly made of quartz glass. 4.2 The bottom intake duct is covered with electric heating and thermal insulation materials to preheat the gas. 5 Heating container 5.1 The heating container is made of quartz glass, and the high temperature can reach 1200°C. 5.2 Place a high temperature resistant ventilation plate in the lower part of the heating container. 6 Microwave device 6.1 The microwave device is mainly composed of a resonant cavity, a microwave power supply, an anti-leakage door, and a thermal insulation layer. 6.2 The microwave power is 1.6KW, and the power is continuously adjustable, which is convenient for selecting the appropriate heating power. 6.3 The front opening method is adopted to facilitate observation and disassembly of the heating container. 7 Outlet line 7.1 The outlet pipe is made of 304 stainless steel. 7.2 Electric heating and heat preservation outside the pipeline to prevent gas condensation. 7.3 Reserve the air outlet. 8 control system 8.1 Adopt PLC program control, touch screen operation. 8.2 Mainly realize temperature control and microwave output power control, and monitor microwave working status at the same time 8.3 Use 0-1200°C armored thermocouple for temperature measurement, which is inserted into the heating container for measurement. 8.4 The experimental data can be output to facilitate heating analysis.
Introduction: The touch screen operation is controlled by PLC, the microwave power is adjustable, the temperature is measured inside the thermocouple, the two-stage feeding screw feeds the material into the microwave heating zone, the bottom is fed with compressed gas to form a fluidized state, the heating temperature is controllable, and the exhaust gas is discharged from the top pipe to the reformer. Equipment application field: It is suitable for all kinds of organic raw materials as oil raw materials, including wood chips, bamboo chips, straw, seaweed and other algae, coal (including lignite), waste plastics, waste rubber and other polymer materials.
