Conversion Of Waste Plastic Into Fuel
Waste plastic management is biggest problem now due to their non-biodegradability nature. Now conversion of waste plastic into fuel oil is one of the best means of recycling plastic waste. This technology not only protects the environment, but also helps us to conserve the valuable petroleum resources.
Beston waste plastic to fuel conversion plant adopts the advanced pyrolysis technology, which can be used for recycling plastic into fuel oil and carbon black. In general, our pyrolysis plants can handle these waste plastics, they are PP, PE, PS, ABS, pure white plastic, plastic brand,pure plastic cable ect. But type of plastics will also effect the rate of conversion of into fuel.
This process involves catalytic degradation of waste plastic into fuel range hydrocarbon i.e. petrol, diesel and kerosene etc. A catalytic cracking process in which waste plastic were cracked at very high temperature, the resulting gases were condensed to recover liquid fuels. And the detailed plastic to fuel conversion process can be described as follows:
First of all, waste plastics can be put into the pyrolysis reactor directly.
Secondly, heat the reactor by burning the fuel materials such as coal, or wood, or natural gas, oil. The pyrolysis reactor will be slowly heated, when the temperature reaches around 250 degrees, the oil gas will be generated.
Thirdly, oil gas will go into cooling system to be liquid oil. The gas which can not be liquefied under normal pressure will go back to combustion system. It will replace the fuel material to burn the reactor, which is energy saving and environment friendly.
Fourthly, when the oil production is completed, the temperature of pyrolysis reactor will be down. When the temperature falls down to 40 degrees, the carbon black can be discharged automatically.
Lastly, the hot smoke produced from the reactor can achieve national emission standard after being processed by the advanced dedusting system.
Flow Chart of Converting Plastic into Fuel:
There is no doubt that the whole pyrolysis process is safe, energy-saving and environment friendly. And at the same time, we can get some end products from waste plastic pyrolysis. They are widely used in the different fields:
(1) plastic oil from plastic waste can be widely used as fuel oil in industries such as steel and iron and boiler factories, ceramics, power or chemical industries or hotels, restaurants etc., or used for generators to get electricity.
(2)Carbon black can be used for construction bricks with clay or used as fuel.
(3)Some combustible gas can be recycled to heat the reactor as fuel, which will save energy for the whole process.
The pyrolysis rate of different kinds of waste plastic:
|Raw material||Item||Fuel oil|
|pure white plastic||60%-70%|
|fishing net, safety net||45%-50%|
|daily life rubbish||30%-50%|
|pure plastic cable||60%-80%|
|pure purchase bag||50%|
We mainly have six models of pyrolysis plants for sale now, they are Batch type(BLJ-06 and BLJ-10), Semi-automatic type(Only BLL-16), Continuous type(BLL-30, BLL-40 and BLL-50). And their daily handing capacity ranges from 6 MT to 10 MT. And the following is their detailed parameters information:
|Daily capacity||6 MT||10 MT||20 MT||30MT,40MT,50MT|
|Raw material||Waste tires,rubber,plastic,oil sludge,medical waste.|
|Working method||Batch||Semi-Continuous||Fully continuous|
|Operating pressure||Constant pressure|
|Reactor rotate speed||0.4 turn/minute||Not rotary type|
|Total power||24 kw/h||30 kw/h||54 kw/h||53.6,62,84(kw/h)|
|Reactor size(m)||D2.2*L5.1||D2.8*L6.2||D2.8 *L7.1||L 12.5*W 2.2*H 2.5|
|Space (L*W*H)||20*10*10 m||25*15*10 m||25*15*10 m||20*15*10m,33*15*10m|