Waste plastics usually pose a great health hazard to the human beings. This is because plastics are non-biodegradable meaning that they do not decompose. Thanks to the plastic to fuel conversion process known as plastic pyrolysis. Pyrolysis involves the process through which plastics are subjected to high temperatures of between 400 to 450 Degree C. The process is done in a pyrolysis reactor in absence of oxygen. The oxygen is excluded to prevent the plastic from burning. The plastics are therefore broken into small molecules of pyrolysis oil, carbon black, and pyrolysis gas.
The plastic into fuel oil conversion process provides a great way of recycling the plastic waste products into pyrolysis oil. This process is eco-friendly and very environmentally friendly, therefore providing an excellent way to produce alternative oil.
Properties of Plastic to fuel oil conversion process:
It uses de-dusting systems.
The process produces three end products i.e. pyrolysis oil, pyrolysis gas and carbon black.
Pyrolysis plant uses high technology ideal for reforming the reactors furnaces.
Advantages of waste plastic to oil plant conversion process.
The process produces very high quality pyrolysis oil.
The process is environmentally friendly and eco-friendly.
It is cost effective as compare to other oil production processes.
The pyrolysis process uses a very advanced technology which is efficient and safe.
The pyrolysis plant is easy to use.
The machine requires less man power because it is automated.
The plastic to fuel oil conversion process reduces the coke yield and increases oil yield and quality.
The process converts up to 95% of the waste plastics into usable end products.
Application of the Final product produced from the Plastic to fuel oil conversion process
The pyrolysis oil is usually added to heavy oil generator to produce electricity.
Pyrolysis oil is also used as a heating material.
The oil can also be sold to the oil refining factory to be used for further processes.
Pyrolysis oil is used as an alternative oil to substitute diesel.
Carbon Black
Used to produce fine carbon by the carbon black processing plant.
The Carbon Black used for burning e. g in briquette or pellet.
Used to produce carbon bricks.
Waste gas
Used as fuel to heat the reactor.
The extra gas is usually restored to be used in the pyrolysis process.
The Final product:
45% pyrolysis oil;
30% carbon black;
10% waste gas.
The Plastic to fuel oil conversion process has no adverse effects to the environment. This is because the process doesn’t burn down the plastics but convert them into small molecules hence producing usable end products. The process produces pollution free gases to the environment. It also conserves the environment through making use of the waste plastics which pose health risks to the human life. More detailed information about the plastic to oil pyrolysis process at this website https://plasticpyrolysisplants.com/.