Transforming waste into wealth

Unlocking Nature’s Most Abundant Polymer

Our patented nutrient recapture process transforms organic waste into highly functional, next-generation biopolymers, cellulosic fibers, nanofibers, and fertilizers.

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Patents Pending

$ 1 M+

Million Invested

1 TRL

Industrial Scale Ready

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Industry Experts

Identifying the problem is only part of the solution

Industry Problems

Up to 40% of the U.S. food supply goes uneaten. All that organic matter, including produce, byproducts, and scraps, becomes waste and places immense strain on landfills, the climate, and supply chains. The resulting disposal burden, inefficiency, and lost potential is staggering.

Organic Waste Overflow

Large volumes of un-used biomass accumulate from agriculture, food production, industrial processes, and municipal waste.

Materials Pollution Dependence

Many industries still rely on plastics, PFAS, and petrochemical-based materials that harm the environment.

No Scalable Alternatives

Existing recycling or waste-to-resource solutions fail to reliably convert diverse organic waste into high-performance functional materials.

Unrealized Value Streams

Vast waste streams remain a liability instead of a source of raw materials and circular-economy value that industries increasingly demand.

The Technology

Feedstock Flexible

Industrial Ready

Zero Waste Process

Patent Backed

Rapid Turnaround

Our proprietary Nitro-Oxidation Process (NOP) converts virtually any organic waste into high-performance carboxylated cellulose nanofibers (CNF), in 4–6 hours, with zero waste — and a valuable nutrient-rich fertilizer as co-product.”

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White Paper

The Applications Are Limitless

See Our Impact Across Multiple Industries

SWFTLabs opens the door to platform-grade biomaterials approach that turns waste into performance; adaptable across sectors at scale.

Soil Performance Sustainable Inputs

Agriculture & Environment

Improve water retention, soil health; sustainable growth media & soil amendments.

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Compostable Solutions Plastic Alternatives

Construction & Industrial Materials

Waste becomes high-value cellulose additives for cement, composites, coatings, resins, and aerogels.

Advanced Additives Bio-Based Strength

Packaging & Consumer Goods

Organic waste is converted into renewable materials for biodegradable films, food-safe packaging, compostable cups, and absorbent polymers.

The Existing Timeline

Momentum Since The Start

SWFT Labs is not theoretical — we have spent a decade building, testing, verifying, and scaling. Our platform is patent-protected, grant-backed, and third-party validated. Production is ready; partners are engaging.

2014-2021

Company founded

Nitro-Oxidation Process patented; $1.6M grants and $365K private raised.

2022-2023

Research & Development

1st gram CNF produced; $2.8M grants and $885K private raised.

2024

Lab Scaling

Scaled to 50L CNF; first R&D deal; 175+ interviews; $4.2M grant; $1.9M raised.

Early 2025

Commercial Scaling

1-ton CNF run; Lely deal; SBU license; $2.5M raised; $5M target.