Unlocking Nature’s Most Abundant Polymer
Our patented technology converts underutilized biomass into highly functional carboxylated cellulose microfibers (CMF), nanofibers (CNF), and nutrient-rich fertilizer co-products.
Waste, Pollution & Lost Value
Hundreds of millions of tons of organic material are discarded each year instead of upcycled. Meanwhile, fertilizer runoff, microplastic-coated inputs, and peat-based materials face rising costs, pollution concerns, and regulatory pressure—creating urgent demand for scalable, biodegradable alternatives across agriculture, construction, filtration, biotech, and personal care.
Organic Waste Overflow
Materials Pollution Dependence
No Scalable Alternatives
Unrealized Value Streams
The Technology
Feedstock Flexible
Industrial Ready
Zero Waste Process
Patent Backed
Rapid Turnaround
In only 4 to 6 hours, our proprietary Nitro-Oxidation Process (NOP), converts underutilized biomass into high-performance carboxylated cellulose nanofibers (CNF), an advanced material with multiple applications in agriculture, water treatment, construction, critical minerals, and domestic manufacturing.
This zero-waste process also co-produces a nutrient-rich fluid that can be processed into fertilizer.
See Our Impact Across Multiple Industries
SWFT Labs opens the door to platform-grade biomaterials approach that turns waste into performance; adaptable across sectors at scale.
Agriculture & Environment
Construction & Industrial Materials
Packaging & Consumer Goods
Seed, Grow, Scale
Our Path to Market Domination
SWFT Labs founded, patented NOP process secured.
2021First pilot production, early R&D partnerships formed.
2022Secured $10K/month R&D contract, product validation underway.
2023Expanded partnerships, scaled production, pre-commercial trials launched.
Commercial launch, regulatory approvals, first major customer agreements.
2025First large-scale sales & licensing deals secured.
Beyond
Expansion into global markets, mass production, and scaling revenue streams.
Financial Foundation & Growth Path
Positioned for accelerated growth with near-term raises fueling manufacturing expansion, regulatory milestones, and entry into high-value markets.
Working hard, growing together
A World-Class Team: Scientists, Engineers & Innovators Behind the Technology
Start the conversation. We’ll guide you from concept to deployment.
Contact Us
Learn how our patented process and scalable platform can support your goals.
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Ready to Accelerate Your Path to Sustainable Materials?
Connect with our team to discuss applications, integrations, and commercial opportunities with NOP-derived biomaterials.
Transforming waste into wealth through scalable cellulose innovation, building a more sustainable world for tomorrow.