Real industrial processing equipment representing Oleum V1

Technology

Oleum V1 converts. Alkanalyze standardizes.

A conversion platform and intelligence layer designed to turn variable landfill-bound plastic into measurable, traceable circular fuel/feedstock.

Oleum V1 Alkanalyze

How it works

From landfill-bound plastic to circular industrial fuel.

A six-stage integrated process powered by Oleum V1 and Alkanalyze.

Landfill-bound waste

Mixed plastic streams that mechanical recycling cannot economically absorb.

Quality mapping

Input quality is assessed, logged and prepared for controlled conversion.

Oleum V1

Continuous conversion recovers hydrocarbon value from non-recyclable plastics.

Alkanalyze

Process data is used to predict, monitor and improve output consistency.

FuelMax / NovaNaph

Outputs move into third-party testing and application-specific validation.

Ships & industry

Hard-to-abate users gain a circular carbon pathway after partner qualification.

Oleum V1

Continuous conversion for difficult mixed plastic streams.

Technology layer

Oleum V1

Oleum V1 is designed around the practical reality of Indian and global waste streams: mixed, variable, contaminated and low-value. The platform combines feed preparation, controlled thermal conversion, vapour management and output conditioning so that landfill-bound plastic can be recovered as a usable circular industrial resource.

Designed for mixed PE, PP and plastic-rich non-recyclable waste streams

Continuous operating architecture for scale-up beyond lab batches

Integrated vapour handling and pre-condensation control

Built for future third-party validation of fuel/feedstock quality

Operating mode

Continuous platform under validation

Input

Landfill-bound mixed plastic waste

Output

Circular fuel/feedstock under testing

Scale roadmap

Pilot -> FOAK -> replicated plants

Explore Oleum V1

Alkanalyze

Process intelligence for consistency, traceability and quality control.

Technology layer

Alkanalyze

Alkanalyze turns process variability into measured control. It links feedstock characterization, sensor data, operating conditions and output testing into a digital feedback loop. The goal is to move waste-to-fuel production from reactive operation toward predictive, auditable and increasingly automated control.

Feedstock quality mapping and input variability tracking

Sensor-driven monitoring of critical process parameters

Output property prediction and quality-control workflow

Batch and run traceability for partner reporting

System layer

Analytics + process intelligence

Inputs

Feedstock, reactor, condenser and output data

Purpose

Consistency and traceability

Status

Under active development

Explore Alkanalyze

Integration

The stack turns variability into measured control.

The point is not one reactor or one dashboard. It is the operating loop between waste, process and output quality.

Read the feedstock

Map material variability before it becomes a process problem.

Control the process

Track temperature, pressure, vapour movement and condensation windows.

Tune the output

Use measured data to improve consistency across runs and feed batches.

Build trust

Create an auditable data layer from plastic waste to fuel/feedstock output.

Scale repeatably

Standardize operating learnings before moving from pilot to FOAK plants.

Serve hard sectors

Target industrial and marine fuel/feedstock pathways under validation.

Build with us

Ready to validate CarbonM's technology with your waste or fuel system?

Whether you are sourcing circular fuel, supplying landfill-bound plastic, or evaluating investment, we can define a validation pathway.

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