The pyrolysis plant is what it is

  • The primary byproduct of the pyrolysis plant is fuel oil, which is produced from waste plastic and discarded tires. The primary component is either discarded plastic or used tires. A reactor will be used to apply heat to the raw material. When the raw material, which can be waste tyre or plastic, is heated in the reactor, the raw material will generate some oil gas. This is the basic working principle of a pyrolysis machine plant. Once the oil gas enters the condenser, it will be transformed into liquid oil as a result of the process of condensation. The pyrolysis plant consumes a lot of energy while the process is going on. In the event that the oil gas cannot be condensed, it will be recycled to the burner so that it can be used to heat the reactor. Therefore, only a marginal amount of energy is necessary to keep the pyrolysis plant operational. The pyrolysis plant's primary end-products are carbon black, signal gas, and fuel oil, the latter of which has the potential to be further refined into diesel.(Steel wire for use in discarded tires)The prolysis plant is an environmentally friendly and renewable piece of equipment that deals with waste.

     

    To continue, let's use the waste plastic pyrolysis machine plant as an illustration of how the pyrolysis plant operates so that we can better understand how it functions.

     

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    2.  When the temperature of the pyrolysis reactor reaches a certain temperature, oil gas will be produced, and the oil gas will be cooled down into pyrolysis oil through the cooling system

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    4. Use the feeding machine to send the waste plastic into the  reactor, and then heat the pyrolysis reactor with fuel

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    6. When the temperature of the pyrolysis reactor reaches a certain temperature, oil gas will be produced



    Gas that is not capable of condensing but can be burned can be recycled by an industrial pressure vessel and used to heat a pyrolysis reactor.

    3. Once the pyrolysis reaction has finished, wait for the temperature of the pyrolysis reactor to drop to less than 40 degrees, and then open the carbon black discharge port of the  reactor in order to discharge the carbon black.

    4. With the help of the carbon black discharge device, collect the carbon black.

    The utilization of carbon black and fuel oil in the process.

    1. Fuel oil.

    Fuel oil is an excellent heating fuel that can be utilized in a wide variety of industrial settings, including but not limited to steel factories, boiler heating, heavy oil generators, cement factories, and so on. In addition, a waste oil distillation machine can be used to refine fuel oil into diesel fuel, which can be utilized in diesel generators, heavy machinery, or diesel fuel for heating purposes. The price of waste tire pyrolysis oil on the market is approximately $500 per ton at the present time, and it is continuing to rise. Therefore, the oil obtained from the pyrolysis of waste tires has the potential to bring enormous profits to consumers.

    2. Carbon black.

    Carbon black can be refined into various standards, used as additives for paints, pigments, rubber products, and so on; alternatively, it can be formed into pellets that can be burned and heated in the same manner as coal. Because so many of our clients have been successful in making substantial profits from carbon black, the problem of a shortage of carbon black on the market has been alleviated to some degree.

    The application of carbon black

    The batch waste tire/plastic pyrolysis plant and the continuous waste tire pyrolysis plant that Doing Group offers are the two varieties of waste tire/plastic pyrolysis plant that are available. Between 8 and 60 tons can be produced every day at this capacity. You are more than welcome to consult us in the event that you require additional information regarding the waste tire and plastic pyrolysis plant.

    A straightforward solution for complex applications

    Customers who are looking for a technology that has been tried and tested in an industrial setting and that can guarantee both continuous production and the highest quality standards choose our system. The Oltenchina. com® equipment has been used successfully in industrial settings for more than 14 years, making it the most advanced pyrolysis system in Europe.

    The reduced complexity of the equipment results in increased reliability, decreased need for maintenance, and decreased operating expenses. This feature, in conjunction with Oltenchina. com's® relatively small footprint, makes it possible to provide an answer to the demand of industry that is both compact and on a local scale. It does this by producing energy and other valuable resources precisely where they are required.

    Constant activity designed to produce additional value

    Our pyrolysis equipment makes it possible to convert a wide variety of bulk materials, including biomass, biosolids, and waste, into high-value products such as syngas, biochar, oil compounds, and solid fuels. Because of this capability, Oltenchina. com® is an excellent tool for many of the facilities that process biomass and waste.

    Where can pyrolysis equipment from Oltenchina. com be utilized?

    Our pyrolysis equipment has been assisting the industry in the following areas for a good number of years now:

    Using a process called torrefaction, solid fuels can be produced from biomass.

    biochar (soil enhancer) production municipal and industrial waste (RDF / SRF) and plastics conversion to electricity conversion of dry sludges into heat and electricity oil from biomass extraction for a variety of applications biochar (soil enhancer) production biochar (soil enhancer) production oil from biomass extraction for a variety of applications biochar (s