How it works
Discover the world’s first microturbine powered by organic and plastic waste.
Waste feedstock loaded into hopper
Once installed on-site and connected to your facility, the system receives diverse organic and plastic waste streams through a feed hopper, ready to generate renewable energy.
Feedstock transferred into reactor vessel
The feedstock moves into a specialized high-temperature reactor inside the container at a controlled rate, where it is turned into clean, high-pressure heat for energy production.
Multi-stage particulate filtration
Hot gases flow through multiple filtration stages that capture fine particulates, ensuring only clean gas moves on to energy recovery.
Electricity and thermal energy production
Heat from the reactor drives a microturbine to generate electricity, while lower-temperature exhaust is captured for applications like hot water, drying, or absorption chilling.
Key unique features
Wide feedstock flexiblity
Can handle a broad mix of organic and plastic waste, unlike traditional gasification systems.
Rapid system installation
On-site installation takes less than two days with no major construction needed.
Automated remote operation
Runs 24/7 with continuous remote monitoring to ensure optimal performance and reliability.
Containerized for rapid deployment
Housed in a standard shipping container for seamless delivery, setup, and startup, running in under 2 days.
Designed to perform where others can't
Built to withstand harsh weather, unstable power grids, and the toughest environments on the planet.
Minimal maintenance
Engineered for reliability with minimal moving parts, we handle all routine service and support with minimal downtime.
Plug-and-play installation
Once installed and connected, the system is ready to begin producing clean energy automatically.
Overview
Model name:
Function:
Outputs:
Thermal applications:
Design patents:
Fuel Input
Fuel type:
Feed mechanism:
Fuel capacity:
Performance
Operating mode:
Electrical output:
Thermal output:
Service life:
Energy Output
Electrical supply:
Hot water temperature:
Return temperature:
Max Water Pressure:
Site Requirements
Dimensions (LxWxH):
Electrical connection:
Water supply and return:
Noise:
Connectivity
Data transfer:
System management:
Measurement:
Internal processing:
Data monitoring:
ALWAYS CONNECTED
Data intelligence you can count on
Remote monitoring
Our systems are cloud-connected for full visibility: tracking performance, waste streams, and energy output in real time, anywhere in the world.
Reliable connectivity through
Enexor OS
