Defossilization
Defossilization
Replacing Fossil Carbon with Biogenic Carbon, By Design
Why defossilize materials, not just energy?
Chemistry requires carbon molecules. Currently, approximately 99% of the carbon used in polymer chemistry is derived from fossils. Decarbonizing energy isn’t enough; the materials themselves must be defossilized. Our Araminolic platform shifts carbon from fossil sources to renewable, biogenic ones, reducing carbon emissions and aligning with net-zero roadmaps.
Replacing Fossil Carbon with Biogenic Carbon, By Design
Why defossilize materials, not just energy?
Chemistry requires carbon molecules. Currently, approximately 99% of the carbon used in polymer chemistry is derived from fossils. Decarbonizing energy isn’t enough; the materials themselves must be defossilized. Our Araminolic platform shifts carbon from fossil sources to renewable, biogenic ones, reducing carbon emissions and aligning with net-zero roadmaps.
How our bio‑carbon pathway works: Cradle-to-Gate
Our bio-based monomer pathway (for example, with 5-HMF) is designed to leverage the natural carbon cycle, as illustrated in the diagram below.
We then convert those monomers into Araminolic building blocks for our non-toxic, bio-based resin technology.
Here's how the pathway works:
- CO₂ intake through photosynthesis: Crops absorb atmospheric CO₂ and convert it into sugars, such as fructose.
- Production Processes: The fructose, along with utilities and other raw materials, is produced and prepared for conversion.
- HMF Production: Fructose and other inputs are transformed into 5-HMF (5-hydroxymethylfurfural), withhuminsas a byproduct.
Process Emissions:
At each stage, there are CO₂ emissions associated with energy use and processing. These emissions are independent of the carbon cycle of the material itself. We are actively working to reduce these emissions, notably by increasing the use of low-carbon and renewable energy sources in our operations.
What the Numbers Show: Carbon Data & Client Benefits
Our cradle-to-gate analysis of HMF (5-hydroxymethylfurfural) demonstrates the climate benefits of our bio-based pathway:
- Net Product Carbon Footprint (PCF) including biogenic CO₂ uptake:
+0.12 kg CO₂e / kg HMF
- PCF excluding biogenic CO₂ uptake:
+2.56 kg CO₂e / kg HMF
Model parameters:
Functional unit: 1 kg HMF at 100% concentration, cradle-to-gate scope. Process data from FEED, raw materials and utilities from Ecoinvent EF3.1, economic allocation between HMF and humins, photosynthesis CO₂ capture included.
How clients can go even further:
For organizations seeking to maximize sustainability, our innovative platform offers room for improvement in:
- Economies of scale in production
- Sourcing sugars from regenerative agriculture
- Further decarbonization of utilities
Leveraging these strategies enables clients to achieve greater reductions in greenhouse gas emissions, ensuring long-lasting climate benefits without sacrificing performance.
Bottom line:
Defossilized inputs and cleaner utilities provide a practical path to sustainable, high-performance materials and durable GHG reductions.
Responsible biomass, food security, and place‑based sourcing
High value, low land impact: Using biomass for materials is more strategic and has a significantly smaller footprint than using it for fuel.
- Compatible with food security: Our feedstocks and specifications are managed to ensure that agriculture can provide both materials and food for society, favoring a long-term, diversified supply.
- Regenerative agriculture: We support soil-conserving practices that benefit the climate, water, and biodiversity, building resilience into our supply chain.
Unlocking Value for Your Company
Achieve immediate PCF reductions with a clear trajectory for further reductions.
- Credible data for customer disclosures (PCF/LCA) and CSRD reporting.
- Portfolio resilience: reduced exposure to fossil fuel volatility and regulatory pressure.
- No compromise on performance: Araminolic resins retain the properties you need.
To build with us the best solution adapted to your needs, let’s get in touch !