Where others see landfill-bound plastic, we see circular carbon.
CarbonM Fuelmax converts non-recyclable plastic waste into circular fuel/feedstock for ships and heavy industry using Oleum V1 and Alkanalyze.
Plastic waste is not just a disposal problem. It is a carbon resource in the wrong place.
Massive volumes of mixed, non-recyclable plastic waste end up in landfills or low-value disposal routes every year. This material — too contaminated, mixed, or complex for mechanical recycling — represents both an environmental liability and an untapped resource.
The carbon locked inside these plastics is the same carbon that powers ships, factories, and industrial infrastructure. We built CarbonM Fuelmax to recover it.
From landfill liability to industrial circularity.
Our integrated system transforms non-recyclable plastic waste through a six-stage process — from collection to industrial application.
Landfill-Bound Waste
Non-recyclable mixed plastic waste collected from landfill and disposal routes.
Feedstock Preparation
Quality mapping, sorting, and preparation of plastic feedstock for conversion.
Oleum V1 Conversion
Continuous thermal conversion of difficult plastic waste into circular fuel/feedstock.
Alkanalyze Intelligence
Real-time monitoring, quality prediction, and reactor optimization via ML.
Circular Fuel Output
Consistent circular fuel/feedstock meeting industrial blending specifications.
Marine & Industry
Powering ships, heavy industry, and cement plants with circular fuel.
Landfill-Bound Waste
Non-recyclable mixed plastic waste collected from landfill and disposal routes.
Feedstock Preparation
Quality mapping, sorting, and preparation of plastic feedstock for conversion.
Oleum V1 Conversion
Continuous thermal conversion of difficult plastic waste into circular fuel/feedstock.
Alkanalyze Intelligence
Real-time monitoring, quality prediction, and reactor optimization via ML.
Circular Fuel Output
Consistent circular fuel/feedstock meeting industrial blending specifications.
Marine & Industry
Powering ships, heavy industry, and cement plants with circular fuel.
One platform. Two intelligence layers. Consistent circular fuel.
Oleum V1 converts. Alkanalyze optimizes. Together they deliver the consistency that makes circular fuel industrially viable.
Oleum V1
Continuous Conversion Platform
Our continuous conversion platform for transforming difficult mixed plastic waste streams into circular fuel/feedstock with industrial reliability.
- Continuous-feed operation for high throughput and reliability
- Handles difficult mixed and contaminated plastic feedstock
- Integrated thermal management for consistent output quality
- Modular design for scalable deployment
- Designed for minimal operator intervention
Operating Mode
Continuous
Feedstock
Mixed non-recyclable plastics
Capacity
Under validation
Output
Circular fuel/feedstock
Alkanalyze
Process Intelligence Layer
Our intelligence layer for feedstock analysis, process monitoring, quality prediction, and reactor optimization.
- Feedstock quality analysis and characterization
- Real-time reactor condition monitoring via inline sensors
- Output property prediction using trained ML models
- Process optimization for consistent fuel/feedstock quality
- Traceability and data logging for compliance readiness
ML Models
Proprietary
Sensors
Inline multi-parameter
Quality Detection
Real-time
Data Output
API-ready
The Combined System
Together, Oleum V1 and Alkanalyze create consistency, traceability, and scalability — the three requirements for industrial-grade circular fuel production.
Built for the hard-to-abate sectors that still need dense liquid energy.
Our circular fuel/feedstock is designed for industries where electrification isn't a near-term option.
Marine Fuel Blending
Circular fuel compatible with marine fuel blending pathways, supporting the maritime sector's transition away from conventional heavy fuel oil.
Industrial Boilers & Furnaces
Dense liquid fuel for industrial heating applications, replacing conventional furnace oil and light diesel oil in boiler operations.
Cement & Heavy Industry
High-calorific fuel for cement kilns and other energy-intensive industrial processes that require reliable, dense energy sources.
Petrochemical Circular Feedstock
Circular feedstock for petrochemical processes, supporting the transition to recycled-content materials in the chemical value chain.
Refinery & Blending Partners
Collaborative blending partnerships with refineries and fuel distributors looking to incorporate circular components into their product mix.
Circular fuel/feedstock from non-recyclable plastic waste.
Designed for industrial and marine fuel blending pathways. All specifications are under active testing and validation.
All values are targets or under validation. Final specifications will be published upon completion of third-party testing.
Circular carbon for a world that cannot afford to waste it.
Measurable environmental and economic impact through the recovery of valuable carbon from non-recyclable plastic waste.
Plastic Diverted from Landfill
Non-recyclable plastic waste diverted from landfills and low-value disposal routes.
Fossil Fuel Displacement Potential
Potential reduction in conventional fossil fuel consumption for partner industries.
Traceable Waste-to-Fuel Chain
Full traceability from waste collection through conversion to fuel delivery.
Value Recovery vs Landfilling
New economic value created from waste that would otherwise have zero or negative value.
Metrics shown are estimates and targets. Verified figures will be published as operations scale.
Building credibility through rigorous testing and partnerships.
We are methodically validating our technology through lab testing, pilot operations, and strategic partnerships.
Lab Validation
Ongoing laboratory testing of conversion outputs, feedstock characterization, and output quality benchmarking.
FOAK Plant Roadmap
First-of-a-kind plant design and engineering underway. Targeting commissioning for initial demonstration operations.
Pilot Partners
Engaging with waste suppliers, industrial fuel buyers, and marine fuel blenders for pilot validation.
Testing & Compliance
Working toward compliance with relevant fuel quality standards for industrial and marine applications.
Grants & Recognitions
SIRE Grant (BITS Pilani), TIDE 2.0, Schaeffler Social Innovator Fellowship, Mercedes-Benz × FICCI CSR Grant.
Certification Roadmap
Developing certification pathway for output fuel/feedstock. Targeting relevant industrial and maritime fuel standards.
Work with us to turn landfill-bound plastic into the next generation of circular industrial fuel.
Whether you're a waste supplier, industrial fuel buyer, marine operator, refinery partner, or investor — we'd like to hear from you.