GL22036 cracking furnace supply production

GL22036 cracking furnace supply production

Product introduction

The cracking furnace, also known as the pyrolysis furnace, is a crucial component in the petrochemical industry. Its primary function is to break down large hydrocarbon molecules into smaller ones, which are then used in the production of various chemicals and fuels.

The cracking furnace works by subjecting the hydrocarbons to high temperatures and pressures, causing them to break apart into smaller molecules. This process is known as pyrolysis or cracking. The furnace is typically heated using natural gas or other fossil fuels, and the resulting heat is transferred to the hydrocarbons through convection or radiation.

There are two main types of cracking furnaces: the fluidized bed reactor and the tubular reactor. The fluidized bed reactor uses a bed of solid particles to support the hydrocarbons, while the tubular reactor uses a series of tubes through which the hydrocarbons flow.

The cracking furnace plays a critical role in the petrochemical industry because it allows for the production of a wide range of chemicals and fuels. For example, the furnace is used to produce ethylene, which is used in the production of plastics, synthetic rubber, and other materials. It is also used to produce propylene, which is used in the production of various chemicals and plastics.

In addition to its role in the petrochemical industry, the cracking furnace also plays a crucial role in the production of transportation fuels. The furnace is used to break down heavy crude oil into lighter fractions, which can then be refined into gasoline, diesel, and other fuels.

Despite its importance, the cracking furnace is not without its challenges. The high temperatures and pressures required for pyrolysis can cause significant wear and tear on the furnace components, leading to frequent maintenance and repair. Additionally, the furnace must be carefully designed and operated to prevent explosions and other safety hazards.

In conclusion, the cracking furnace is a critical component in the petrochemical industry and plays a crucial role in the production of a wide range of chemicals and fuels. While it presents certain challenges, its importance cannot be overstated. As the demand for petrochemicals and transportation fuels continues to grow, the cracking furnace will remain an essential tool for meeting this demand.

Product parameter

Name: Acetic acid cracking furnace

Application: petrochemical industry

Design temperature: 1100-1300℃

Megawatt: 5-50 MW/unit

Specification：Cylinder diameter 2-8 meters

The square can be customized in length, width and height

Note:

1. before opening the furnace should be furnace tube, parts, ancillary equipment, process pipelines, instruments and other instruments for a comprehensive inspection, confirm the process is correct, all equipment and parts intact, equipment and pipelines without debris, instruments and instruments flexible and convenient operation, real and accurate data;

2. Steam through the process pipeline and equipment of the furnace system to ensure smooth process flow. When all checks are qualified, the fuel gas line shall be completely replaced with nitrogen and then introduced to the fuel gas line. Hydrogenation Project,Hydrogen Production Eguipment,Heating Furnace Equipment When fuel gas is introduced, pay attention to the oxygen content of air in the pipe <1%. Before ignition, the content of combustible gas in the fuel gas pipeline is detected, and the ignition operation is carried out after the ignition conditions are met.

3. Use steam stoves in strict accordance with operating rules;Hydrogenation Project,Hydrogen Production Eguipment,Heating Furnace Equipment

4. Heating, close the steam valve, such as furnace and pressure, must be able to wait for the pressure to zero inch after the pot (box) to take.

Compared with other companies, the advantages of our products are: good thermal insulation effect, high thermal efficiency, good energy saving effect, low smoke exhaust temperature, adjustable dilution ratio, good selectivity, less high boiling substance; Emission standards, small pollution, small footprint.

Product process: blanking, assembly, welding, testing, anti-corrosion, installation, commissioning.