Pyrolysis Drives Sustainable Development
At Beston Group, we are committed to driving innovation and applying cutting-edge pyrolysis technology to address environmental
pollution and resource waste. We aim for:
Low-carbon Future
-
- Have removed 135,000 tons of CO2e
- Promote an emissions trading market
- Mitigate global warming and climate change
Circular Economy Model
- Have diverted 81,000 tons of waste from landfills
- Adopt cleaner syngas energy sources
- Reuse waste resources and reduce the consumption of new resources
Waste to Resource Pyrolysis Solution
Pyrolysis technology is the process of decomposing organic materials in high-temperature and oxygen-limited conditions.
Transform
At temperatures between 180℃- 400℃, waste plastic/oil
sludge/tire/rubber decompose into pyrolysis oil, carbon
black, and syngas.
Apply
- Pyrolysis oil：
- Industrial fuel
- Oil refinement materials
- Chemical raw material
- Carbon black：
- Reinforcing agent in tires
- Pigment for inks and
coatings
Transform
At temperatures between 380℃- 450℃, biomass decomposes in
a low-oxygen environment. They produce tons of valuable
biochar.
Apply
- Biochar:
- Industrial fuel/BBQ & Hookah charcoal
- Reducing agent in metal smelting
- Carbon sequestration
- Soil amendment
- Animal feed additive
- Building materials
Core Pyrolysis Technology Innovations
Fractional Distillation Technology
Integrates pyrolysis and distillation processes into a single machine, enabling the production of naphtha (below 200°C) and non-standard diesel (above 200°C) in one step.
- No need for extra distillation equipment, lowering occupied space and capital expenditure.
- Higher oil yield through reflux & heat integration.
30 Day Continuous Operation Technology
Advanced oil-gas anti-polymerization condensation design prevents olefin polymerization, which can clog oil-gas pipelines and machinery. Large-scale recycling capabilities:
- Tire Recycling: 10,000 tons annually
- Plastic Recycling: 6,000 tons annually
- Oil Sludge Recycling: 12,000 tons annually
Plastic Catalytic Dewaxing Technology
Uses granular molecular sieve catalysts for plastic catalytic pyrolysis, which prevent wax oil clogging in pipes and solve storage and transportation issues.
- Minimize machine downtime, boosting production efficiency by 200%.
- Increase pyrolysis oil yield and improve oil quality (meet ISCC PLUS standard).
Dual System Catalytic Pyrolysis Technology
Manifold + catalytic tower dual systems enable a single pyrolysis machine to simultaneously catalytically pyrolyze waxy plastic, waxy oil sludge, or pyrolyze common tires and oil sludge.
- Save customers from redundant investments.
- Improve pyrolysis unit utilization efficiency and enhance economic returns.
Continuous Biochar Pyrolysis Technology
Tar dust self-cleaning system ensures safe and stable operation for up to 720 hours.
- Suitable for large-scale project implementation.
- Comply with Puro.earth technical vetting standards.
- Bring carbon trading opportunities
Reactor Automatic Temperature Control Technology
Multi-fuel automatic combustion system + hot-air reuse system achieves precise ±10°C temperature control.
- Improve automation leveal, and reduce operational complexity
- More efficient combustion, better emission control, and easier environmental compliance
EU Standard Dedusting Technology
High-end flue gas dedusting technology that integrates cooling, denitration, desulfurization, and wet electrostatic precipitator processes enables EU emission standards. Some data as follows: