What is a pyrolysis furnace? What is a Pyrolysis Furnace?

Pyrolysis furnace is also called high-temperature pyrolysis furnace, as the name suggests, it is a kind of equipment that uses the principle of thermal oxidation to clean the reworkpiece on the coating line, the organic coating on the hanger and the first wire, cable, motor and other materials by using high temperature!

The high-temperature pyrolysis furnace has two relatively independent heating systems as well as temperature and smoke control systems. The first heating system heats the furnace to a certain temperature range, which is automatically controlled by the control system.

The furnace atmosphere causes the coating on the workpiece to decompose gradually. The control system always guarantees its decomposition rate, and the concentration of decomposition products is strictly controlled within a certain range. When the decomposition product enters the second combustion system, after high temperature treatment, it is discharged through the chimney and meets the national allowable emission standard.

The high-temperature pyrolysis furnace is the best equipment to use the principle of thermal oxidation to clean the reworkpieces on the coating line, the organic coating on the hanger and the wires, cables, motors and other materials.

Compared with mechanical, chemical and incineration treatment, the advantage of high-temperature pyrolysis furnace is that it has the characteristics of no deformation, no damage to the base metal and no annealing phenomenon, and at the same time the treatment cost is low, high efficiency and pollution-free. It has huge application prospects in home appliances, automobiles, motorcycles, bicycles, furniture and scrap metal** industries.

Pyrolysis furnace, also known as dry distillation, thermal decomposition or carbonization, refers to the process of heating organic matter in an anaerobic or anoxic state to decompose it. That is, pyrolysis is a small household waste pyrolysis vaporizer process that uses the thermal instability of organic matter, under the condition of no oxygen or lack of oxygen, to use thermal energy to break the chemical bonds of compounds, and convert large molecular weight organic matter into small molecular weight combustible gas, liquid fuel and coke.

The pyrolysis furnace is a pyrolysis of organic matter in garbage due to insufficient air (anoxic type).

It becomes a combustible gas, and transforms the incomplete incineration process into a furnace type for the complete combustion process of gas, which can incinerate all kinds of industrial waste.

Pyrolysis gasification incinerator is a device that treats garbage by incineration.

There is also a low-temperature pyrolysis furnace for domestic waste, fire seal environmental technology, flameless 50-280, gasification and drying domestic waste technology, which is environmentally friendly, does not require fuel oil, and has no energy consumption in the pyrolysis process.

Low-temperature household waste pyrolysis furnace.

Relying on modern science and technology, it is beneficial to environmental protection and completely reduced.

The pyrolysis furnace can also be used for the incineration of domestic garbage, and the domestic garbage is put into the pyrolysis furnace to use the energy of the domestic garbage itself, and it is harmlessly discharged after reduction, and the process forms 5-20% of the gaseous state, letter book and remaining solid matter. Reduce bacterial multiplication and landfill volume.

Small household waste pyrolysis furnace.

Rural solid waste.

Solid state residue after treatment: 5% anion ash.

The pyrolysis furnace is an equipment that uses the principle of thermal oxidation to clean up the reworkpieces on the coating line, the organic coating on the hanger and the first wires, cables, motors and other materials.

The pyrolysis furnace is a reaction device that decomposes solid substances into gaseous, liquid and solid substances by thermochemical conversion method.

Working principle of low-temperature pyrolysis furnace:

When the low-temperature pyrolysis furnace is used, the structure of the traditional low-temperature pyrolysis furnace is changed, the garbage is added to the pyrolysis furnace body through the feed door, the pyrolysis furnace body is a low-temperature magnetized pyrolysis furnace, and the thermal conductivity is improved after magnetization activation, and the treatment effect is good, the combustible properties in the domestic garbage are used as the fuel for pyrolysis, and the macromolecular substances are decomposed into smaller molecular substances, and the domestic garbage starts the low-temperature automatic decomposition process, and the release of organic matter can provide continuous reaction conditions, and at the same time decompose water vapor and mineral ash, saving energy, The flue gas produced by the pyrolysis process is discharged after treatment by the low number of bright temperature and humidity flue gas Bi Noise purification treatment technology, which will not cause secondary pollution, and the cover width is designed through the first repair door and the second maintenance door, which is convenient for maintenance and has high practicability.

<> low-temperature pyrolysis furnace low-temperature pyrolysis furnace still has a market in rural areas, domestic garbage needs to be maintained in the low-temperature pyrolysis furnace, external interference is very important, and the treatment process is to place these garbage in an almost sealed furnace. Solid waste bag breaking helps to quickly discharge air and speed up the process of gasification and pyrolysis of domestic waste.

Household waste. The condensable gas and non-condensable gas of the anoxic domestic waste pyrolysis equipment of Huoyin Technology are composed of tar, and the condensable gas can be quickly condensed to obtain tar. The solid waste is pyrolyzed to form biochar in a single pyrolysis reaction, and the volatiles inside the porous biomass particles will be further cracked to form non-condensable gas and thermally stable secondary tar.

When the volatile gas leaves the bioparticles in the incinerator, it will also pass through the surrounding gas phase components in the pyrolysis plant and further crack and decompose in the chimney, which is called the secondary cracking reaction by the fire seal.

Processed negative ion ash.

Huoyin environmental protection towards the green and low-carbon transformation and development, to improve the quality of the ecological environment as the core, the product to make as simple and easy to use as possible, the ignition of the furnace temperature cluster degree heated to 50 to 300 at one time. Under the condition of temperature and lack of oxygen, the organic matter in these garbage will decompose into two parts: solid charcoal and hot gas.

At present, the workers who are short of operating the equipment with caution are relatively old, and the intelligent operation is not suitable. The understanding of the characteristics of rural domestic waste needs to be deepened, and the selection of waste incineration technology is based on in-depth analysis and understanding of the characteristics of waste. The composition of domestic waste, the combustion characteristics of each single component and mixed component and pyrolysis characteristics have an important impact on the combustion of domestic waste in the furnace.

Summary. In-furnace pyrolysis refers to the pyrolysis process carried out in the furnace, usually by heating the raw material at high temperatures to break it down into smaller molecules, such as coal and wood. Whereas, pyrolysis furnace pyrolysis refers to the pyrolysis process carried out in a specialized pyrolysis furnace, usually in the absence of oxygen, the raw material is heated to break it down into smaller molecules, such as plastics and rubber, etc.

The main difference between the two is that a pyrolysis furnace is a device specifically designed for pyrolysis, while a furnace can be any device capable of delivering high temperatures.

Furnace-in-furnace pyrolysis refers to the pyrolysis process that takes place in the furnace, usually by heating the raw material at high temperatures to break it down into smaller molecules, such as coal and wood. Pyrolysis furnace pyrolysis refers to the dry pyrolysis process carried out in a special pyrolysis furnace, usually in the absence of oxygen, the raw material is heated to break it down into smaller molecules, such as plastics and rubber. The main difference between the two is that the pyrolysis jujube furnace is a device specifically designed for pyrolysis, while the furnace can be any equipment that can provide high temperatures.

Fellow, I really didn't understand, I can be more specific.

Pyrolysis in the furnace and pyrolysis in the pyrolysis furnace are two different pyrolysis methods. Pyrolysis in the furnace refers to the process of putting raw materials into the furnace for pyrolysis. In the furnace, the original material is subjected to high temperature and decomposes into gases, liquids and solids.

This pyrolysis method is often used for the pyrolysis of non-fossil fuels such as biomass, wood, etc. Pyrolysis furnace pyrolysis refers to the process of putting raw materials into a specialized pyrolysis furnace for pyrolysis. Pyrolysis furnaces are usually closed and can be pyrolyzed in a high-temperature, high-pressure environment.

This pyrolysis method is often used for the pyrolysis of fossil fuels such as coal and oil. In general, the difference between pyrolysis in the furnace and pyrolysis furnace pyrolysis lies in the different environment and raw material types for pyrolysis. Pyrolysis in the furnace is often used for the pyrolysis of non-fossil fuels, whereas pyrolysis in the pyrolysis furnace is often used for the pyrolysis of fossil fuels.

Hello dear, the difference between pyrolysis furnace and direct-fired furnace is:1How it works:

Pyrolysis furnaces use electric or gas heating to decompose substances into various components at high temperatures, which are usually used in chemical analysis, materials research and other fields; Direct-fired furnaces use the heat generated by combustion to directly heat substances, which are usually used in sintering, flue-cured tobacco, drying and other fields. 2.Heating method:

The pyrolysis furnace can be heated in a variety of ways, such as resistance heating, inductance heating, radiation heating, etc., which can accurately control the temperature and the heating rate of the base. Direct-fired furnaces often use natural gas, liquefied gas, firewood and other fuels for burning, and the heating method is relatively simple. 3.Temperature Range:

The pyrolysis furnace can reach a very high temperature, usually above 1000, and some high-temperature pyrolysis furnaces can even reach more than 2000; The temperature range of direct-fired furnaces is relatively low, generally ranging from a few hundred degrees Celsius to around 1000 degrees Celsius. 4.Applications:

Pyrolysis furnace is mainly used in chemical analysis, material research, petrology, metallurgy and other fields; Direct-fired furnaces are mainly used in sintering, flue-cured tobacco, drying, heat treatment and other fields. In general, although pyrolysis furnace and direct-fired furnace are both heating equipment, there are differences in working principle, heating method, temperature range and application range, etc., and it is necessary to select the appropriate equipment according to the specific application requirements.