Technology

PF1000A

The PlastFuel PF1000A converts non-recyclable plastic waste into valuable energy.

• Designed for a processing capacity of up to 1 ton per day.

• Suitable for mixed and contaminated plastic waste streams.

• Thermochemical conversion into energy and synthetic fuels.

• Mobile, containerized, and fully automated system.

• Enables decentralized Waste-to-Energy solutions directly at the source of plastic waste.

PF5000B

The PlastFuel PF5000B converts non-recyclable plastic waste into valuable energy.

• Designed for a processing capacity of up to 5 tons per day.

• Processes mixed, contaminated, and non-recyclable plastic waste streams.

• Thermochemical conversion into energy and synthetic fuels.

• Containerized, decentralized, and engineered for industrial-scale deployment.

• Scales Waste-to-Energy solutions for high-capacity operations.

PFEPV10

PlastEnergy intelligently manages and optimizes the use of the energy generated by the PlastFuel platform.

• Smart distribution of electricity, heat, and synthetic fuels.

• Optimizes self-consumption and strengthens local energy resilience.

• Modular solutions for industry, municipalities, and off-grid applications.

• Reduces emissions and dependence on external energy networks.

• Making reliable energy available where it is needed most.

PF14015

The PlastEnergy BioEnergy Storage Tank, designed in accordance with EN 14015, provides safe and reliable storage for energy products generated by the PlastFuel platform.

• Engineered for the storage of synthetic fuels and pyrolysis oil.

• Heavy-duty industrial construction for long-term operation.

• Built to high safety standards and compliant with EN 14015.

• Ideal for decentralized energy storage and fuel supply concepts.

• Delivering reliable, efficient, and scalable energy storage solutions.

PV-Extend

PlastExtend enhances the PlastFuel platform with modular solar and hybrid energy systems for reliable power.

• Decentralized energy generation on-site.

• Lowers operating costs and reliance on external grids.

• Integrates with existing containerized and industrial systems.

• Perfect for off-grid, remote, and mobile applications.

• Supports scalable, resilient, and energy-independent operations.

PlastSolutions

PlastSolutions develops integrated solutions for modern recycling and resource recovery infrastructure.

• End-to-end engineering, from system design to technical integration.

• Modular solutions tailored to site-specific requirements and operational needs.

• Efficient project development from concept through implementation.

• Focused on economic viability, scalability, and operational reliability.

• Connecting technology, engineering, and execution into one integrated solution.

HydroFuel

HydroFuel produces clean drinking water directly from the atmosphere-independent of pipelines, groundwater, or existing infrastructure.

• Fully automated, energy-efficient, and modular system design.

• Ideal for disaster relief, remote communities, industrial sites, and off-grid applications.

• Compatible with solar, wind, and hybrid energy systems.

• Robust containerized design for rapid deployment anywhere in the world.

• Delivering clean drinking water wherever it is needed most.

Transportable Technology

PlastFuel technology has been developed for regions where conventional recycling and energy infrastructure is limited, unavailable, or economically impractical.

Our approach is built around mobility, rapid deployment, and scalable implementation.

Plastic waste is fed directly into the containerized system, where it undergoes a thermochemical pyrolysis process in an oxygen-free environment.

The process produces pyrolysis oil, which can be used as a synthetic fuel or energy carrier.

Designed for decentralized operation, the system delivers a controlled, efficient, and reliable conversion process.

Containerized solutions enable rapid deployment without the need for extensive civil engineering or permanent infrastructure.

The systems can be easily relocated, integrated, and expanded to meet changing operational requirements.

Their mobility reduces investment risk while enabling deployment in remote locations and regions with limited infrastructure.

Typical Applications

Municipalities and cities
Industrial and commercial facilities
Islands and remote regions
Emerging and developing economies