The process of the decomposition of organic material at high temperatures in the absence of oxygen is called pyrolysis. This is thermo-chemical decomposition and results in chemical and physical changes that are not reversible. It is a process that produces liquid and gas products and leaves behind a residue that is rich in carbon. When you consult this machine from Beston, the tyre pyrolysis machine for sale has high quality.
When tyre and plastic waste is subjected to such decomposition in a pyrolysis tyre and plastic to diesel machine, it produces a fuel that is very similar to diesel, and will have a low sulfur content and a high cetane value. Cetane numbers indicate the speed with which diesel achieves combustion and higher cetane numbers indicate diesel of a higher quality.
Waste tyre and plastic is quite often recycled and this is the preferred method to deal with waste plastic. Pyrolysis to extract fuel is also an alternative to recycling and is a process that can help the environment by preventing such waste tyre and plastic going to landfills. This diesel also helps to reduce the dependence on fossil fuel and extraction processes for oil. It is necessary to establish a definite and reliable source of tyre and plastic waste before any attempts to set up a waste tyre and plastic to diesel machine for the purpose of producing diesel. You can see the process on this page https://bestonmachinery.com/pyrolysis-plant/process/.
A typical tyre and plastic oil distillation plant has a number of parts, like the reactor, which along with a cooling system are at the heart of a pyrolysis plant. Besides this there will be a transmission device, a chamber for the catalytic process, and accessories like chimneys, draft fans, dedusting systems, vacuum system, safety devices, a light oil tank, an oil and water separator, a heavy tank and a cooling tube. Reactors are made out of welded steel plates, at least 16 mm thick, and must be properly tested, before a reactor is pressed into service, because of the high pressures and temperatures that are involved in the pyrolysis process that takes place in the reactor. Reactors at times may have rotation mechanisms that do help to burn the waste more uniformly.
Many pyrolysis plants for this process use the waste gas from the process for providing the necessary energy and this does help to reduce fuel costs and helps to save the environment from the evacuation of these gases to the atmosphere. Most of these plants are capable of being used to with tyres or tyre plastic as raw material, though the end products may differ. PVC and PET are not suitable for oil production, and the oil recovery from other grades of tyre and plastic also varies highly from 35 to 95 percent. Besides, Cooling systems are very necessary for ensuring high oil yields.
Setting up such plants in every city can greatly help in the reduction of tyre and plastic waste and also help to produce fuel that can be used. This can be of great help for countries that are heavily reliant on oil imports. Plants can be of various sizes and do not require too much of land for setting up. They require proper attention to ensuring a constant feed of the right quality of raw material for the pyrolysis process.
You can find more information about the waste to energy plants at from Beston (Henan) Machinery Co. ltd.