Product Description

About us  

Huayin company offers a wide range of tyre pyrolysis machine which are extensively used for recycling waste rubber, waste tyres and waste plastic. Manufactured using high-grade raw material, these plants are availed to the customers in various specifications. In addition, we also provide customization as per the exact specifications laid down by the customers. The most important thing, these plants are widely appreciated by the customers owing to the various advantages and profits.

b. Heat the reactor by burning the following fuel material: coal, wood, natural gas, or fuel oil in the combustion system. The reactor will be heated slowly, when the temperature reaches around **0 degree Celsius, the oil gas will be formed.

c. After processed by huayin waste tire recycling pyrolysis plant, the oil gas will go to the cooling system to be liquefied. The gas which can not be liquefied under normal pressure will be designed to go back to combustion system through safety device instead of the fuel material to burn the reactor, which is environmental friendly and can save you much energy.

d. After finishing oil collecting, the temperature of reactor will be down, while, carbon black can be discharged automatically at the same time.

e. when the temperature falls down to **0 degree Celsius, workers can open the door of reactor to discharge the steel wire.

f. Start another batch working.

Main parts:  

Reactor

1. The gear is separated from reactor, instead of welding on reactor. So it will not be destroyed by heating.

2. The reactor is supported in a center line by rollers. It will remain stable while running.

3. Auto-welding, both inside and outside.

4. Made by special boiler plate Q**5R. Security and long service life.

5. Made by rock wool insulation board. Save fuel and ensure heating effect.


Auto-feeder

1. *0 ton hydraulic pressure help feeding more raw materials.

2. The diameter is 1.4m. It can feed all kinds of raw materials, including plastic, packages of plastic, truck tire, car tire, or tire pieces after cutting.

2. Save labor, save time.

3. After finishing production it can feed raw material instead of waiting the reactor to be cooled.


Catalyst chamber

1. Improve the oil yield and oil quality.

2. Impurity of oil gas will be collected here.

3. Reduce the speed of oil gas so that it will be better cooled.


Oil-water separator

1. Water from raw material will be separated here.

2. Water sealing design prevent tempering. Ensure saftety.

3. Heavy oil will be collected here.


Condenser

1. The oil gas is cooled separately by *7 pipes inside the condenser. Improve the oil yield by better cooling effect.

2. Series connection for condenser makes the cooling process longer.

3. Light oil will be collected here.


Vacuum device

1. Keep reactor running under normal pressure.

2. Ensure safety.


Anti-back fire device

1. Little residual gas can not be cooled. It will recycle these gas to furnace burning to heat the reactor.

2. Water sealing design will prevent tempering. Ensure safety.


Dust removal device

1. Dispose of flue gas caused by heating reactor using coal, wood, oil or natual gas.

2. Environment protection.

3 to 5 months to recovery cost

(Here we take *0ton waste tires as example)

From Tire To Furnace Oil Process

Cost:

Raw material cost:         USD / TON×*0Ton=           USD

Fuel material cost:         USD / KG×      KG=           USD

(Here you could have four different choices: ***0 kilocalorie Coal—**0kg, Fuel oil—******0kg, Natural gas—******0cubic, Wood—******0kg)

Powder consumption: Average *0KW/h         USD/KW×*0hours=         USD

Worker’s salary:          USD/Day×4Persons=            USD

Profit:

Oil Profit:          USD/Ton×4.5Ton=            USD

Carbon black:          USD/Ton×3Ton=              USD

Steel wire:            USD/Ton×1.5Ton=              USD

Gross Profit:

Total profit            USD － Total cost             USD=              USD


From Furnace Oil To Fuel Oil Process

(If *0ton waste tires then 5ton capacity is enough for this link)

Cost:

Raw material cost:         USD / TON×5Ton=           USD

Fuel material cost:         USD / KG×      KG=           USD

(Here you could have four different choices: ***0 kilocalorie Coal—**0kg, Fuel oil—******0kg, Natural gas—******0cubic, Wood—******0kg)

Powder consumption: Average *0KW/h         USD/KW×*0hours=         USD

Worker’s salary:          USD/Day×4Persons=            USD

Profit:

Oil Profit:          USD/Ton×4.5Ton=            USD

Gross Profit:

Total profit            USD － Total cost             USD=              USD

Note: This project not only a business but also a green technology to clean the world.