Efforts towards recycling tires have received much attention. The volume of tire that are produced and used annually results to a good deal pf waste materials. Historically these tires have wound up in landfills or dumped within the ocean, which is not exactly the an eco friendly manner to dispose of this waste humans produce. To remedy this case everyone is making use of the tyre pyrolysis technology to recycle.
Tyre pyrolysis is a method of thermal decomposition of waste tires in the lack of oxygen, usually at normal atmospheric pressures. This technology, developed during the early 1970s has experienced development and growth regarding usage, so much in fact that online purchasing tyre pyrolysis plants is very convenient.
However, before engaging your entrepreneurial spirit, you should acquaint yourself together with the tyre pyrolysis plant cost. By doing this, you place yourself in the stronger position to learn which in the myriads of machines and plants systems is most effective to your requirements and business projections.
|Working Method||Batch||Semi-Continuous||Fully Continuous|
|Raw Materials||Waste Plastic, Tyre, Rubber, Oil Sludge, Medical Waste|
|Pattern||Horizontal & Rotary|
|Heating Materials||Charcoal, Wood, Fuel Oil, Natural Gas, LPG, etc.|
|Floor Area (L*W*H)||20*10*10m||25*15*10m||25*15*10m||33*15*10m|
|Operating Pressure||Normal Pressure||Constant Pressure|
|Cooling Method||Water Cooling|
|Service Life||5-8 Years|
The Constitute Of A Waste Tyre Pyrolysis Plant Along With The Costs Of The Various Machines
The reactor may be the chamber the location where the tyre pyrolysis reaction occurs. It, therefore, is among the main elements that influence the very last value of the plant. The reactors are horizontal reactors.
The price of the reactor comes down to the tonnage the reactor are designed for and the amount of automation the reactor has. The price of the reactor increases with an increased amount of automation (within the feeding and output handling process) increases. Additionally, the better the reactor are designed for when it comes to processing waste tires daily the higher the cost of acquisition.
The condenser can be used to condense the pyro-gas which is produced. Pyro-gas contains methane that is utilized as being a heating energy source, rendering it a hugely popular product from the tyre pyrolysis process. However, to offer the methane inside a usable form, you should condense right into a liquid.
The price of condensers increases making use of their size and also the number that your plant needs. The quantity of condensers needed is directly affected by how big the reactor.
Oil tanks also influence the cost of tyre pyrolysis plant. Over a typical plant, there are two varieties of tank needs. One of many tanks is utilized to save the light oil produced through the tyre pyrolysis reaction as the other is utilized to store the heavy oil produced. Some plants have tanks to store middle oil (density-wise) produced. The tanks keep the oil before further processing can be accomplished.
The expense of the oil storage tanks is influenced by the amount of tanks needed for your operations along with their sizes.
(4)Oil Cooling Pipe-Work And Ponds
This is another portion of the whole system of your machine that determines the overall cost of the tyre pyrolysis plant. The size of the cooling pond and cooling pipework is greatly influenced by the size and capacity for the reactor.
Additionally, the fee for all of the various aspects of a tyre pyrolysis plant is greatly influenced by the quality and durability that this machines ought to have.
|1||Fuel oil||• can be sold directly.|
|• Reprocessed into diesel and gasoline by use oil distillation machine.|
|• can be used as fuel.|
|2||Carbon black||• can be sold directly.|
|• Reprocessed into high quality carbon by the carbon black grinding equipment.|
|• make carbon brick by briquetting equipment.|
|3||Steel wire||• can be sold directly.|
|• make steel bloom by hydraulic press-packing.|
|4||Combustible gas||• can be as fuel heating the reactor.|
(1)Big car tires is about 45%;
(2)Car tires, bicycle tires is about 35%;
(3)Rubber cables leather, shoe soles mixing about 35% and shoes around 30% 20-30%;
(4)Miscellaneous rubber: about 35%;
(5)Carpet waste material: more than 30%;
(6)PMMA (plexiglass) 40%;