VIXLA V1

Convert plastic waste into oil
— at site.

A modular, containerized chemical recycling system designed for decentralized plastic recycling.

From NOK X,XXX / month

Processes HDPE, LDPE and PP • 2–5 tons/day capacity • Modular deployment

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Problem

Large recycling plants require massive investments and centralized infrastructure.
Many plastic waste streams are still landfilled or incinerated.

Solution

VIXLA enables decentralized chemical recycling, allowing plastic waste to be processed directly at the source.

How the VIXLA process works

  • 1.

    Feedstock Preparation

    Plastic is sorted, shredded, washed and dried.

  • 2.

    Thermochemical Conversion

    Plastic is heated in an oxygen-free reactor where polymers break down into hydrocarbons.

  • 3.

    Condensation

    Hydrocarbon vapors are cooled and separated into oil fractions.

  • 4.

    Energy Recovery

    Process gas is reused internally to power the system.

Modular and containerized

VIXLA is built inside a standard 40-foot container,
enabling rapid installation and flexible deployment.

• Rapid installation
• Easy transportation
• Flexible deployment
• Lower capital investment

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  • 3

    tons/day capacity

  • 85%

    Conversion yield

  • 2 000+

    Tons CO₂ avoided per unit/year

Step-by-step technology

  • 01 — Feedstock Buffer

    Pre-treated plastic is stored in a buffer silo before entering the system.

  • 02 — Feed Line

    Plastic is preheated and fed into the reactor in a controlled flow, creating an airtight seal.

  • 03 — Conversion

    Inside the oxygen-free reactor, plastic is thermally converted into hydrocarbon gases.

  • 04 — Gas Pipe

    The generated gases are directed from the reactor to the condensation system.

  • 05 — Residue Extraction

    Solid residue is separated and discharged into a storage container.

  • 06 — Oil Recovery

    Hydrocarbon gases are cooled and condensed into liquid oil fractions.

  • 07 — Cooling

    Cooling units regulate temperature and support stable condensation performance.

Supports the most common polyolefin plastic waste streams.

  • High-density polyethylene

    Common plastics grocery bags, detergent bottles, shampoo bottles, etc.

  • Low-density polyethylene

    Soft plastics Plastic foil, frozen food packaging, bread bags, cling foil, etc.

  • Polypropylene

    bottle caps, straws, yogurt containers, medicine bottles, etc.

Valuable Output Product

Refinery-grade pyrolysis oil

The VIXLA system converts plastic waste into high-value pyrolysis oil that can be used as feedstock in refineries and petrochemical production.

This oil can replace fossil-based inputs in the production of new plastics, enabling plastic waste to be transformed back into raw materials for the chemical industry.

Key benefits

• Compatible with existing refinery and petrochemical infrastructure
• Enables circular plastic production
• Converts low-value waste into high-value hydrocarbons

Industrial automation


Vixla systems are equipped with advanced PLC-based automation and process control systems developed in-house. This ensures stable operations, continuous monitoring of process parameters, and reduced operator requirements while maintaining high safety and reliability standards.


Feature list

• PLC-based control system
• Continuous monitoring
• Automated process control
• Reduced operator requirements

A better solution

  • High conversion efficiency


    Up to 85% plastic-to-oil conversion.

  • Decentralized recycling


    Process plastic waste directly at the source.

  • Scalable capacity


    Add modules as feedstock supply grows.

Comparison

Built for the gap between large plants and small units

Vixla combines industrial-grade automation and refinery-grade output with a modular, decentralized deployment model.

Feature Vixla Large-Scale Chemical Recycling Plants Small Pyrolysis Units
Typical Capacity 2–5 tons/day per module 50,000+ tons/year 1–10 tons/day
Deployment Model Modular and decentralized Centralized mega-facilities Small standalone units
Deployment Time < 9 months 2–4 years 3–6 months
CAPEX Barrier Medium / scalable investment Very high investment Low investment
Scalability Modular expansion with additional units Fixed large capacity Limited scalability
Automation Level High — industrial PLC automation High Low–medium
Feedstock Focus Polyolefins (HDPE, LDPE, PP) Large mixed waste streams Often limited feedstock control
Oil Quality Designed for refinery-grade output High quality circular feedstock Often inconsistent quality
Deployment Locations Waste sites, industrial parks, regional hubs Large industrial zones Small local projects
Market Segment Mid-scale decentralized recycling Global petrochemical projects Small pilot or entry-level systems

From NOK X,XXX / month

Includes system, automation, and commissioning support.

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Enabling decentralized plastic recycling .

VIXLA converts plastic waste into valuable raw materials while reducing landfill and emissions.

Get in touch