The rubber recycling machines are specifically developed and researched to produce scrap rubber into carbon black and rubber oil (pyrolysis oil). Tyre and rubber is something that is mass produced and also results in a lot of waste. These products typically include rubber pipes, scrap tires, along with leftover materials along with waste involved in the production process of products made by waste rubber recycling machine. The process of converting rubber into a usable fuel oil not only disposes of this waste but also reduces pollution, creates fuel energy and results in favorable economic benefits.

The Process Of Recycling Rubber And Tires

The rubber recycling machines feature an advanced rubber-recycling design. The rubber waste is directly fed into a pyrolysis reactor using either an automatic or manual feeding system. Once the pyrolysis furnace or reactor has reached the desired temperature, oil gas is generated. The heavier particles of the generated gas are sent into a heavy-oil tank, while the lighter gas is liquefied and then stored inside an oil tank. The fuel used to heat the reactor can include wood, bitumastic coal, coal, pyrolysis oil, natural gas, or anthracitic coal. We recommend that you get tyre to oil plant cost from Beston.

The Applications Of Carbon Black And Tire Oil Produce By The Rubber Recycling Plant

After the production process completes, the final products include combustible gas, carbon black, and tire oil. These are all useful resources which are used for a variety of different applications.

Pyrolysis Or Tire Oil

This end product is frequently sold to ceramic, glass, and cement factories, along with steel-making plants, power plants, and boiler factories. This oil is also useful for heavy-oil generators. This end product can also be further refined into a diesel oil which is used in tractors and trucks.

Carbon Black

Carbon black can be recycled into carbon-black coal balls, spherical carbon-black, or used for the purpose of heating combustion. This end product is also ground to N220, N330, N550 or N6660 for tire manufacturing processes.

Combustible Gas

This gas is either recycled in order to provide heat to the pyrolysis furnace, which helps to save on fuel costs to operate the rubber recycling machines. Read bestonpyrolysisplant.bravesites.com for more detailed info.

Reasons To Choose Rubber Pyrolysis Equipment

• Customers are able to choose from different plant options to match up to their requirements.

• These machines can be used for a number of different raw materials which include waste rubber, waste tires, waste plastic, oil sludge, and medical waste.

• Automatic operation. The feeding systems used with these machines involves a leak-free, high-strength device which ensures a safe and efficient operation. Over the course of production, the exhaust non-liquefiable gas is typically C1 and C2 flammable alkane gas, which poses the risks involved with direct combustion. Before this gas burns, it is passed through a water-sealed device before it enters a gas nozzle to combust, this ensures a safe operation.

• Pollution-free. These machines are environmentally-friendly as there is no presence of smoke, odors or noise through the entire production process.

• When investing in a rubber recycling plant, there is the potential to achieve high returns on the investment due to the demands of the end products.

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