Tyre Pyrolysis Plant Project Report

Nowadays, with the resources decreasing and the environment worsening, people pay more and more attention to recycle the waste. There is an effective way to recycle tyre – tyre pyrolysis project. The following tyre pyrolysis plant project report will show its practicability and profitability.

Tyre Pyrolysis Plant Project in Paraguay
Tyre Pyrolysis Plant Project in Paraguay
Good Comment for Beston Tire Pyrolysis Plant Project in Indonesia
Good Comment for Beston Tire Pyrolysis Plant Project in Indonesia

Tires Cause Serious Pollution

Only in the EU, USA and Japan around 6 million tones per year of scrap tyre are produced. The huge quantity of waste tires presently produced in the world will certainly increase in the future as the associated automotive industries grow. The disposal of scrap tires becomes a serious environmental problem. The accumulation of discarded waste tires leads to environmental pollution. A large fraction of the scrap tires is simply dumped in sites where they represent hazards such as diseases and accidental fires. Rubbers are not biologically degradable, and this fact creates problems with their disposal. The impact of waste rubber on the environment can be minimized by recycling with material or energy recovery.

However, during processing and moulding rubber materials are crosslinked, and therefore they cannot be simply again softened and remoulded by heating. For many years, landfill, was the main, practical means for dealing with the problem of waste tires. However, landfilling of tires is declining as a disposal option, since tires do not degrade easily in landfills, they are bulky, taking up valuable landfill space and preventing waste compaction. Open dumping may result in accidental fires with high pollution emissions. In the EU countries in 1990 the percentage of tires discarded in landfills was 62% of all produced waste tires in 2000 about 35% and in 2006 (as it results from the EU legislation)this percentage will decrease to 0%. Some countries including the Slovak Republic have already banned the use of discarded tires for landfill. This just a simple waste tyre recycling plant project report.

Accordingly, for protecting the environment around us, many people choose to do tyre to fuel recycling plant project. If you have such intention, email us now.

Simple tyre pyrolysis plant project report
Simple Tyre Pyrolysis Plant Project Report

What is Tyres Pyrolysis?

Pyrolysis is a thermochemical decomposition of organic material at elevated temperatures in the absence of oxygen (or any halogen). It involves the simultaneous change of chemical composition and physical phase, and is irreversible. The word is coined from the Greek-derived elements pyro “fire” and lysis “separating”.

The pyrolysis method for recycling used tyre is a technique which heats whole or shredded tires in a reactor vessel containing an oxygen free atmosphere and a heat source. In the reactor the rubber is softened after which the rubber polymers continuously break down into smaller molecules. These smaller molecules eventually vaporize and exit from the reactor. These vapors can be burned directly to produce power or condensed into an oily type liquid, generally used as a fuel. Some molecules are too small to condense. They remain as a gas which can be burned as fuel. The minerals that were part of the tire, about 40% by weight, are removed as a solid. When performed well a tyre pyrolysis process is a very clean operation and has nearly no emissions or waste.

Pyrolysis of scrap tyre can separate solids in the tire, such as steel wire and carbon black, from volatile liquid and gaseous compounds that can be used as fuel. Although the pyrolysis of waste tires has been widely developed throughout the world, there are legislative, economic, and marketing obstacles to widespread adoption.

The Working Process Of This System:

*  Put the raw material into the furnace;

*  Seal the feed inlet then the bottom of the reactor will slowly heat the wastes by coal or electricity ;

*  When the temperature reaches the degree of 250 to 280, we will get the crude oil ;

*  The oil steam will be continuous produced until the temperature reaches 300-400°C ;

*  Oil steam will flow through light and heavy components separating device ;

*  Light component will enter the condenser and meanwhile the residues will be discharged automatically in succession;

*  Liquefied part will be condensed to rubber oil;

*  The part that cannot be liquefied will be input into heating supply system for burning by way of combustion gas purification system.

Beston Waste Tyre Pyrolysis Plant Working Process
Beston Waste Tyre Pyrolysis Plant Working Process

Final Products and Usages:

NO. End products Productivity      Usage
1 Crude  Oil 45% A. Sell directly.

B. Turn to diesel and gasoline by waste oil distillation plant.

C. Fuel materials.

2 Carbon Black 30% A. Sell directly.

B. Reprocessing to fine carbon by carbon black processing machine.

3 Steel Wire (for waste tyre) 15% A. Sell directly.

B. Deep processing to steel bloom by hydraulic press-packing.

4 Flammable Oil Gas 10% A. Fuel burn by use gas burn system ( tires to oil machine included).

B. Flammable gas can be storage as fuel material for heating.


Final Products Generated from Tyre Oil Plant Project
Final Products Generated from Tyre Oil Plant Project – Tyre Oil, Steel Wire, Carbon Black and Oil Gas

Waste Tyre Recycling Plant Project Cost Analysis

When establishing tyre to oil project, maybe you concern the cost mostly. There are several factors you can’t neglect. Firstly, cooperate with a reliable manufacturer. Secondly, when you chose models, get suggestion from your manufacturer. Thirdly, check the post-sales service your manufacturer provides. Finally, maybe the machine cost you spend is not the least, you get the best service and guarantee. That is to say, this will help you save plenty of costs in the future.

Choose the Right Pyrolysis Project:

Model BLJ-6 BLJ-10 BLJ-16 BLL-20
Daily Capacity 6T 8T-10T 15-20T 20-24T
Working Method Batch Semi-Continuous Fully Continuous
Raw Materials Waste Plastic, Tyre, Rubber, Oil Sludge
Reactor Size D2.2*L6.0m D2.6*L6.6m D2.8*L7.1m D1.4*L11m
Pattern Horizontal & Rotary
Heating Materials Charcoal, Wood, Fuel Oil, Natural Gas, LPG, etc.
Total Power 24kw/h 30kw/h 54kw/h 71.4kw/h
Floor Area (L*W*H) 30*10*8m 30*10*8m 40*10*8m 45*25*10m
Operating Pressure Normal Pressure Constant Pressure
Cooling Method Water Cooling
Life Span 5-8 Years

We believe this waste tyre pyrolysis plant project report give you some useful information which would help you to establish the tyre pyrolysis plant more smoothly. If you want to learn the feasibility of this pyrolysis plant project or more information about tyre pyrolysis plant project report, email us right now! We also will help you to customize your own tyre pyrolysis plant!

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