NeoOil P5
Close the plastics cycle with advanced chemical recycling!
Transform plastic waste into valuable oil with NeoOil P5 from enespa ag and enter the circular economy! With an annual production of over 460 million tons of plastic and a recycling rate of just 9%, groundbreaking solutions are needed. With our advanced pyrolysis technology, you can convert contaminated, multi-layer, and mixed plastic waste into high-quality oil, reducing CO2 emissions by up to 60%.
Creating value from waste
Input
Low-value plastic waste:
- Polyolefin-based plastics (HDPE, LDPE, PP, PE)
- Contaminated and multilayer materials
- Mixed waste streams that cannot be mechanically recycled
Process
Advanced pyrolysis system:
- Complete integrated system with 8 main components
- Pretreatment and crushing
- Pyrolysis module (400–500 °C, oxygen-free)
- Advanced condensation system
- Storage and handling of quality oil
output
High quality products:
- 80% pyrolysis oil – sold to refineries at market prices
- 15% synthesis gas – drive of the process (energy self-sufficiency)
- 5% Russ – Additional source of income
Mixed waste pure
Pyrolysis oil out
Pretreatment and buffering
Pyrolysis reactor
tank farm
The problem we solve
Over 460 million tons of plastic are produced annually
%
Worldwide, only 9% are successfully recycled.
Every year, 19 to 23 million tons enter the oceans.
Multi-layer packaging cannot be mechanically recycled.
Our solution
Chemical recycling processes convert polyolefin waste – contaminated, mixed, or multi-layer – back into virgin-quality oil.
Technical excellence
%
Exceptional oil yield
from 80%
Industry-leading conversion rates from plastic to valuable oil that meets refinery standards.
%
Energy reduction
Use of synthesis gas, which reduces external energy demand by 70–80% and minimizes operating costs.
%
5 tons/day standard module
Processing 5 tons of plastic waste daily with over 95% availability and flexible scalability.
Professional pre-treatment: Advanced contaminant removal and polymer optimization ensure consistently high output quality.
Decentralized solution:
Modular design allows processing directly at the waste source, reducing transport costs and emissions.
Premium oil quality:
Mechanical pretreatment and oil post-treatment ensure consistent, market-ready products.
Own technology:
Based on many years of experience in pyrolysis and operation, enespa has developed its own, state-of-the-art pyrolysis system.
complete solutions
Turnkey projects
From feasibility to operation – we take care of everything:
- Feasibility studies and laboratory tests
- Technical and regulatory support
- Construction management and installation
- Commissioning and training of operating personnel
- Ongoing technical support
Tailor-made solutions
Scalable to your needs:
- Parallel modules: capacity from 10 to over 30 tons per day
- Reactor scaling: tailor-made large reactors
- Site integration: adaptation to existing systems
- Optimization of raw materials: Tailored to your waste streams
Useful examples
use cases
Agricultural films
- Greenhouse covers and mulch films
- Contamination-resistant processing
- Possible applications in rural areas
Hard plastics
- Automotive components and bumpers
- Building materials and pipelines
- High yield of high-quality raw materials
Multilayer packaging
- Food packaging and flexible films
- Full shift utilization
- Separation of barrier materials
Siedlungsabfall
- Yellow bags with sorted fractions
- Contaminated materials from end use
- Local processing reduces transport routes
production waste
- Manufacturing waste and cuttings
- Rejected goods from quality control
- Clean, high-quality raw materials
Conclusion
The advantages of enespa
Own research and development center with state-of-the-art laboratory
Market experts and key stakeholders on board
Comprehensive support throughout the entire project lifecycle
Start now – with security.
Request your feasibility study and receive clarity on feasibility, cost framework, and return potential within a few weeks.
- All
- Investor Relations
- Research laboratory
- System Engineering
- Plant operation
- Persons
- For the cause






