Process and application of laboratory pyrolysis tube furnace
Kejia Laboratory pyrolysis tube furnace process:
Laboratory pyrolysis tube furnaces generally have a controlled atmosphere and high temperature experimental environment. The process is usually to place the sample at a specific position in the tube furnace, and then heat the furnace through a heating element to make the sample undergo pyrolysis reaction at a set temperature.
There are many heating methods, such as microwave heating or resistance heating. The temperature control system can accurately adjust and control the temperature in the furnace, and the heating rate can be set according to demand. At the same time, specific gases (such as inert gases, reaction gases, etc.) can be introduced into the furnace through gas inlet and outlet pipes to create a suitable atmosphere, or the gas products produced by pyrolysis can be discharged for collection and analysis.
**Applications of laboratory pyrolysis tube furnaces**:
1. Material research: used to analyze the pyrolysis characteristics of materials and understand the decomposition behavior of materials under different temperature and atmosphere conditions.
2. Biomass pyrolysis: Study the thermal decomposition process of biomass to produce fuels or chemicals, etc.
3. Coal quality analysis: Pyrolysis experiments on coal to understand the thermal conversion characteristics of coal.
4. Treatment of organic waste salt and waste activated carbon: explore the feasibility and effect of its pyrolysis treatment.
5. Plastic pyrolysis: study the pyrolysis behavior of plastics and the possibility of recycling.
6. Sludge and hazardous waste treatment: investigate the application of pyrolysis in sludge and hazardous waste treatment.
7. Oil sludge treatment: understand the pyrolysis characteristics and products of oil sludge.
8. Other fields: It is also widely used in experimental research in the fields of chemistry, chemical industry, environment, etc., such as drying, decomposition, carbonization and other processes.
For example, Kejia lab pyrolysis tube furnace is suitable for laboratory drying, decomposition, carbonization, pyrolysis, cracking and other fields, including microwave pyrolysis of biomass, organic matter, coal, plastic, sludge, hazardous waste, garbage, oil sludge, etc.; the tube pyrolysis furnace/cracking furnace is suitable for continuous pyrolysis experimental research and small-scale trial production of organic waste salt, waste activated carbon, biomass, coal, garbage, plastic and other materials.
Different types of pyrolysis tube furnaces may have different characteristics and applicable scopes. In practical applications, they need to be selected according to specific needs. At the same time, attention should be paid to safe operation and follow relevant operating procedures when using them.
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