LOGOIL Technology
Patented TKR pyrolysis converting non-recyclable plastic waste into premium fuel, gas, and electricity. 20 years of Swiss pioneer innovation — zero pollutant emissions, self-powered energy.
TKR Technology — Transformation Flow
Thermal Catalysis Reactor: a fully enclosed, continuous process converting plastic granules into high-value fuels and chemical products.
Plastic Input — Sorting & Preparation
Non-recyclable plastics (PE, PP, PS, PB, EPS) are sorted, cleaned, and granulated to <8cm pieces. PVC strictly prohibited, PET not recommended.
TKR Reactor — Catalytic Depolymerization
Continuous and fully closed reactor operating 24/7, 330 days/year. Thermal catalysis breaks down polymer chains into hydrocarbon vapor with zero atmospheric emissions.
Primary Output — Pyrolysis Crude Oil
The main gross product: 16,940 liters per day of pyrolysis crude oil. Approximately 1 kg of plastic yields 1 liter of hydrocarbons.
Optional Distillation — Refining
Separation into up to 6 refined fractions: EN590 Diesel (50-60%), Naphtha (>20%), Kerosene, Gasoline, Light Fuel, and Waxes.
Energy Recovery — Self-Powered
Syngas and solid char by-products cover up to 50% of thermal needs. Advanced filtration via integrated scrubbing unit treats all effluent gases.
Maximum Outputs — Chemical & Energy Potential
From 20 tonnes of plastic waste per day, our TKR reactor produces a comprehensive range of high-value fuels and chemical products.
Diesel (Gas Oil)
EN590-compliant diesel compatible with industrial motors.
Naphtha
Petrochemical base and industrial solvents.
Kerosene
Aviation and heating fuel grade.
Syngas
Reused to power reactor thermal needs.
Char / Carbon Black
Residual solid carbon for industrial compounding.
Waxes
High-value chemical industry byproduct.
Environmental Impact — Zero Pollutant Emissions
TKR technology operates in a fully closed system, preventing any uncontrolled release of vapors or gases into the environment.
Closed Cycle Process
TKR operates in a fully closed system preventing any uncontrolled release of vapors or gases. Zero harmful emissions to atmosphere, water, or soil.
Self-Sufficiency
50% of thermal needs covered by process by-products (gas and solid residues). Energy consumption: <1 kWh per liter produced.
Advanced Filtration
Integrated scrubbing system for treating all effluent gases. Compliant with EU Clean Tech standards.
Technical Specifications
Use Cases & Markets
LOGOIL technology serves a range of industrial and municipal contexts where non-recyclable plastics need efficient energy conversion.
Local Authorities
In-situ treatment of non-recyclable plastics, eliminating 100% landfilling.
Industrial & Agricultural Zones
On-site integration for self-consumption of energy (heat/electricity).
Sorting Centers
Valorization of sorting rejects — mixed/contaminated plastics transformed into electricity and heat.
Isolated Sites
Energy self-sufficiency for mining camps, island areas through waste-to-fuel conversion.
History 2006 — 2026
The chronology of a revolution: 20 years as a pioneer in Switzerland.
Innovation Prize
Canton of Zug awards innovation prize for the first industrialized PlastOil factory in Switzerland.
R&D Development
Technical development of new thermal catalysis processes and reactor optimization.
Patent Acquisition
Purchase of German patents: zero pollutant emissions, self-powered energy, advantageous production costs.
Manufacturing Partnerships
Strategic partnerships with international manufacturers for LOGOIL reactor production.
Pulversheim Deployment
Acquisition of industrial site and first Plastic-to-Fuel pilot unit in France with official testing agreement.
Global Expansion
3WM Group launches international franchise deployment with 3WM Token financing platform.
Transform your industrial plastic footprint.
1 kg of plastic = 1 liter of fuel. Deploy LOGOIL's patented TKR technology to convert your waste streams into energy assets.
Inquire About LOGOIL