Plastic pyrolysis to fuel machine for sale, turning plastic waste into fuel oil.
Annual plastic recycling 6,000 tons
Meets EU emission standards
Directly obtain Pyrolysis fuel oil and Naphtha
Blackgold P30 Official Launch Event — Register is Open Now!
Which plastics are suitable for pyrolysis?
Best feedstock = pure hydrocarbon-based plastics (C & H only, no Cl or O).
#4 LDPE
#2 HDPE
#5 PP
#6 PS
#7 Others (Cl/O-free)
PP, PE, and PS plastics are highly recommended for pyrolysis due to their high oil yield of 80% – 95%. Contact us to turn High-Yield Plastics into High-Profit Oil.
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PVC #3 — Contains Chlorine
Releases HCl gas under heat → corrodes reactors & pipelines, contaminates oil output, produces toxic dioxins.
PET #1 — Contains Oxygen
Mostly char and waste residue. Also, released oxygen reacts with pyrolysis gases, creating explosion risk inside the reactor.
Plastic Pyrolysis To Get High-Value End Products
PyrolysisOil
DistillationNon-Standard
Diesel
Pyrolysis Oil (Fuel Oil)
Direct output from pyrolysis. Ready to sell or further refine.
Application
Industrial boilers, cement factories, brick kilns
It can be reused as fuel for pyrolysis equipment
ISCC-certified oil qualifies for premium circular economy supply chainsCombustible gas / Syngas
The syngas generated during the pyrolysis process can be reused as an energy source.
Application
Fuel for heating the pyrolysis reactor
Combined heat and power (CHP) generation for factory needs
Reduces external fuel consumption and operating costsNaphtha
Distilled from pyrolysis oil. Light fraction, high chemical value.
Application
Paints, coatings, industrial solvents
Gasoline blending & jet fuel production
Feedstock for ethylene/propylene productionTypes of Plastic Pyrolysis Plants
BLL-30 Continuous Plastic Pyrolysis Plant
Runs 30 days nonstop with anti-wax clogging design | 55% less fuel consumption
Processing capacity: 20-25 tons/day
High naphtha yield with stable quality
Meets EU emission standard
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BLJ-20 Batch Plastic Pyrolysis Plant
Pyrolysis + Distillation Integration Technology
Processing capacity: 12-13 tons/day
One-step get naphtha & non-standard diesel
4,000 tons per year
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BLJ-16 Batch Plastic Pyrolysis Plant
Boost Production Efficiency by 200%
Processing capacity: 8-10 tons/day
4 Configuration Options for Different Needs
The right choice for entry-level projects
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BLL-30
1 option
Waste plastics; Tires; Oil sludge
Waste plastic:0.8-1.05t/h
Working method:
Fully Continuous
Pyrolysis oil Pyrolysis oil with wax or naphtha
304/310S Stainless steel
Land Space Required (L*W*H*m):
70*20*10
BLJ-20
1 option
Waste plastics; Tires; Oil sludge
Waste plastic:12-13t/d
Working method:
Batch
Pyrolysis oil, Non-standard diesel and naphtha
Q345R Boiler steel and 304/316L/310S Stainless steel
Land Space Required (L*W*H*m):
40*13*8
BLJ-16
Standard, Wax, Cat, Ultra
Waste plastics; Tires; Oil sludge
Waste plastic:8-10t/batch
Working method:
Batch
Pyrolysis oil
Q345R Boiler steel
Land Space Required (L*W*H*m):
33*13*8
Due to various factors, the cost of pyrolysis plants may vary in different markets. If you need a specific profitability analysis, please contact us for a detailed consultation.
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Beston’s Plastics Pyrolysis Benchmark Projects
12,000 TPA Plastic Pyrolysis to Fuel Project in Finland
Model:3*BLJ-16
Annual Capacity:12,000 tons
Project location:Finland
Output:Sold as Fuel
Client Background
- Corsair Group is a fast-growing player in plastic waste chemical recycling, focused on scalable, high-efficiency solutions. The company invests in advanced pyrolysis technology to gain a competitive market edge.
Solutions
- 3*BLJ-16 plastic to fuel machines, 12,000 tons/year combined capacity.
- Explosion-proof electrical components rated for high-temperature hazardous environments.
- Integrated catalytic system + pipeline temperature control to prevent wax buildup and clogging.
Results
- Turns waste plastic into fuel oil with measurable carbon emission reductions.
- Pyrolysis fuel oil feeds back into new plastic production, enabling a closed-loop recycling system.
Facing similar challenges? Our Project team will recommend the right solution for your project.
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16,000 TPA Plastic Pyrolysis to Fuel Project in Netherland
Model:4*BLJ-16
Annual Capacity:16,000 tons
Project location:Netherland
Output:Sold as Fuel
Client Background
- Excessive plastic waste, fossil fuel dependency, and harmful incineration practices
- Plant must comply with NOx emission standards
- Wax oil buildup in plastic pyrolysis
Solutions
- Parallel units: 30TPD capacity with stable fuel oil output
- Upgraded combustion + exhaust treatment for NOx compliance
- Dual-catalytic system prevents wax oil clogging
Results
- Reduces plastic waste & CO₂ emissions at scale
- Pyrolysis oil enables closed-loop plastic recycling
Facing similar challenges? Our Project team will recommend the right solution for your project.
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More Global Plastic Pyrolysis Projects
In France
8-10 TPD of plastic waste reliably converted into sellable pyrolysis oil.
In Cyprus
Successfully operational — plastic waste in, pyrolysis oil out for sale.
In Malaysia
Safely processing hazardous plastic waste into commercial pyrolysis oil.
In South Africa
Up to 10 tons of plastic waste turned into fuel oil daily,on-site operations.
In Morocco
Running at 8-10 TPD — local plastic waste reliably converted into usable fuel oil
In Oman
Turning 8-10 tons/day waste plastic into high-valued pyrolysis oil for sale in Oman.
Turn Plastic Waste into Profitable Resources with Beston Pyrolysis Solutions
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Beston Supports ISCC Certification for Pyrolysis Oil
ISCC stands for International Sustainability and Carbon Certification. It is an internationally recognized sustainability and carbon certification system. In simple terms: It proves your product is traceable, compliant, and low-carbon.
Higher Selling Price
Certified pyrolysis oil can be sold as: Renewable feedstock, Circular feedstock, Carbon-accountable product The price is usually higher than normal fuel oil.
Access to EU Market
The EU has strict RED II renewable energy regulations. ISCC is basic to the European market.
Carbon Reduction Value
After certification, pyrolysis oil can: Be used for carbon credit schemes, and improve ESG ratings.
Beston Advanced Catalytic
Dewaxing System
Plastic to fuel oil naturally contains long-chain waxy hydrocarbons — a cracking byproduct that causes pipeline blockages, machine downtime, and substandard oil quality. Beston catalytic dewaxing is engineered to eliminate these problems.
How It Works
1High-temp vapor enters the catalytic tower
2Catalysts crack long-chain wax molecules
3Lighter fractions increase, heavy components drop
4Clean, stable oil output — easier to use or sell!
WITHOUT CATALYST
Raw Pyrolysis Oil
Dark, waxy, below certification grade
WITH CATALYST
Dewaxed Pyrolysis
Clear, ISCC-ready, higher value
Higher-grade fuel oil
The dewaxed pyrolysis fuel oil meets the quality thresholds required for ISCC.
Safer, more stable operation
Significantly reduces wax blockage risk and related safety hazards in the pyrolysis reactor.
Longer uptime, lower maintenance costs
Fewer shutdowns, longer maintenance intervals, better return on investment.
Beston Plastic to Fuel Machine with Global Certifications
Our equipment is certified by internationally recognized authorities and meets environmental compliance requirements.
ISO 9001 QMS Certificate
International quality management system standards
ensure product consistency and reliability.
ISO 14001 EMS Certificate
ISO 14001 environmental management system certification
demonstrates our ongoing commitment to green production.
CE European Certification
The product complies with EU safety and environmental
directives, serving as an official certification for entry into the
European market.
EPC Turnkey Service for Pyrolysis Projects
From Blueprint to Operation: Your EPC Partner for Industrial Parks BESTON delivers end-to-end Engineering, Procurement, and Construction(EPC) solutions for oil sludge harmless disposal, plastics and tyres environmental treatment.
Co-Development & Partnerships
Establishing strategic alliances and co-development partnerships with world-leading industry giants, such as Huawei and LONGi Green Energy, to accelerate innovation in sustainable solutions.
Integrated Solution
Based on feedstock characteristics and local conditions, we design a complete pyrolysis solution — from process flow, layout planning, to emission control.
Integrated Supply Chain
BESTON applies BIM technology in comprehensive one-stop service, from rigorous manufacturing to ongoing after-sales support, ensuring stable equipment operation and smooth project delivery.
