Beston semi-automatic pyrolysis plant

Waste Plastic To Fuel Oil Plant

There have been major technological advancements over the last few decades. Researchers have learned how to convert a lot of waste material into something that is extremely useful.

Some of the most exciting advancements involve plastic to fuel conversion technology. These advancements allow people to turn waste into an otherwise non-renewable resource, like oil.

Because this technology is so important, it’s a smart idea to keep up with new technology. Here are a few things you should be looking into.

plastic pyrolysis oil
plastic pyrolysis oil

Waste Plastic

According to a recent report, the majority of waste plastic is not recycled. In 2010, the Environmental Protection Agency found that a whopping 92% of plastic waste had not been recycled.

Because recycled plastic can be used so efficiently, many people are working to encourage people to recycle their plastic. If you are able to find a steady source of waste plastic, you will be able to take full advantage of this new technology.

Barriers And How They Are Changing

There were once many barriers standing in the way of turning plastics into fuel. Now, a number of these barriers have been broken down. It is easier than ever to take waste plastic and turn it into something that is genuinely useful.

Beston commercial-scale plastic to fuel pyrolysis machines have been produced. As a matter of fact, there are now a wide range of machines that are capable of refining plastic in this way. These machines can turn all kinds of hydrocarbon waste into fuel.

Batch Plastic to Fuel Pyrolysis Plant
Batch Waste Plastic to Fuel Oil Pyrolysis Plant

The Effectiveness Of These Pyrolysis Plants

Initially, a lot of these plants weren’t all that effective. They were only to produce small amounts of fuel. However, thanks to the tireless work of researchers, these plants and these machines have steadily become more and more effective.

Many of these plants are able to produce large amounts of fuel in a single day. More importantly, large amounts of waste plastic are being converted. This means that the plastic won’t be having a negative impact on the planet. Instead, the plastic can be used again.

Continuous Plastic Pyrolysis Plant
Continuous Plastic Pyrolysis Plant

Technical Challenges

Obviously, these plants are facing some technical challenges. While many of these challenges have been ironed out, there are still new challenges to face.

Some companies are hiring auditors to take a closer look at their processes and equipment. This allows the company to notice issues that might never have been brought to their attention before.

Today, the people that use this technology don’t have to spend much time worrying about technical setbacks. They can count on their plant to run the way they need it to do.

 

It’s a good idea to learn more about plastic to fuel pyrolysis technology. This technology is very important, and it has been advancing rapidly. In addition, if you are interested in Beston waste plastic to oil plants, please contact us at any time! Welcome come to Beston factory!

BLJ-6 Pyrolysis Plant
BLJ-6 Batch Pyrolysis Plant
Model: BLJ-6
Daily capacity: 6 MT
Working method: Batch
Total power: 24kw/h
Reactor size: D2.2*L 5.1m

BLJ-10 Pyrolysis Plant
BLJ-10 Batch Pyrolysis Plant
Model: BLJ-10
Daily capacity: 10 MT
Working method: Batch
Total power: 30kw/h
Reactor size: D2.8*L6.2 m

BLL-16 Semi-automatic Pyrolysis Plant
BLL-16 Semi-automatic Pyrolysis Plant
Model: BLL-16
Daily capacity: 20 MT
Working method: Semi-continuous
Total power: 54kw/h
Reactor size: D2.8 *L7.1

BLL-30,40,50 Continuous Pyrolysis Plant
BLL-30,40,50 Continuous Pyrolysis Plant
Model: BLL-30, BLL-40, BLL-50
Daily capacity: 30 MT, 40 MT,50 MT
Working method: Fully continuous
Total power: 53.6,62,84(kw/h)
Reactor size: L12.5*W2.2*H2.5m

Data BLJ-6 BLJ-10 BLL-16 BLL-30,BLL-40,BLL-50
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 L12.5*W2.2*H2.5
Space (L*W*H) 20*10*10 m 25*15*10 m 25*15*10 m 20*15*10m,33*15*10m

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