Footprint
Maximum Throughput, Minimum Footprint
Two side feeders and a larger rectangular pyrolysis chamber let the unit operate like two machines in one - all in a form factor that fits standard shipping containers for easy transport.

Key Features
Space is valuable, so CarboFlow is designed specifically to get maximum outputs from your site, whatever the limitations.

Twin-Feed, Single-Unit Throughput
Two side feeders let one machine handle the work of two, reducing the need to run duplicate units - lower capex, smaller footprint, simpler operations.

Upright design
The vertical chamber and absence of separate syngas combustion equipment dramatically reduces footprint over a lateral kiln design.

Container-Ready Rectangular Form
Designed to fit standard shipping containers, the machine avoids special freight or permits - cutting transport cost, easing installation, and speeding up deployment.
Efficient design for maximum productivity
CarboFlow’s upright pyrolysis chamber combines a twin-feed system with a compact, container-ready rectangular design to deliver high capacity in a minimal footprint. By processing two in-feeds in parallel within a single unit, it reduces capital costs, simplifies operations, and removes the need for bulky, separate syngas combustion equipment. Its rectangular form is optimized to fit standard shipping containers, avoiding special freight or permits.
The result is a faster, more cost-efficient deployment that maximizes throughput while cutting footprint, transport complexity, and operational overhead.

Purpose-Built for Throughput and Portability
A closer look at CarboFlow's unique design features that make it one of the most efficient pyrolysis systems in the market
Twin Side Feed for Maximum Throughput
CarboFlow takes in feedstock parallelly from two sides. This doubles the input capacity without the need for multiple machines, reducing capital expenditure and simplifying operations.

Vertical Design with Integrated Syngas Combustion
CarboFlow's upright pyrolysis chamber design integrates syngas combustion within the same unit, eliminating bulky external systems. This design delivers higher throughput per square metre while streamlining energy efficiency and reducing maintenance complexity.

Container-Ready Rectangular Form
The CarboFlow is engineered in a compact rectangular shape designed to fit standard shipping containers. This means no special permits, no oversized freight, and faster deployment — lowering transport costs and simplifying global installation.

Compact Design for Maximum Productivity
CarboFlow’s compact yet powerful design delivers higher throughput with lower capital and operational costs. By combining twin feeding, vertical integration, and container-ready dimensions, the machine redefines efficiency for pyrolysis operations.
- Lower capital costs: One unit replaces multiple machines, reducing equipment spend
- Smaller footprint: Saves valuable plant space and enables deployment in constrained environments
- Lower transport costs: Container-ready size eliminates special freight permits and simplifies logistics
- Faster commissioning: Streamlined design enables quicker setup, reducing wait time and accelerating ROI
Compact Design for Maximum Productivity
CarboFlow’s compact yet powerful design delivers higher throughput with lower capital and operational costs. By combining twin feeding, vertical integration, and container-ready dimensions, the machine redefines efficiency for pyrolysis operations.
- Lower capital costs: One unit replaces multiple machines, reducing equipment spend
- Smaller footprint: Saves valuable plant space and enables deployment in constrained environments
- Lower transport costs: Container-ready size eliminates special freight permits and simplifies logistics
- Faster commissioning: Streamlined design enables quicker setup, reducing wait time and accelerating ROI

Check out CarboFlow's other features
Want to know more about our technology?
Our experts can discuss how it works and how it may match your needs.


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