Replacing fossil-based superabsorbent polymers with plants.

We engineer high-performance, plant-based superabsorbent materials that replace fossil-derived polymers in hygiene, agriculture, and packaging—without compromising performance.

The Problem

Everyday absorbent products are contributing to a growing microplastic crisis.

Petroleum-derived superabsorbents are found in billions of disposable products every year

Diapers, feminine hygiene, agriculture and food packaging.

Petroleum-derived superabsorbents are found in billions of disposable products every year

Diapers, feminine hygiene, agriculture and food packaging.

Petroleum-derived superabsorbents are found in billions of disposable products every year

Diapers, feminine hygiene, agriculture and food packaging.

+ 4M tons of microplastics accumulate every year.

+ 4M tons of microplastics accumulate every year.

+ 4M tons of microplastics accumulate every year.

Soil, water and air microplastics pollution.

Increasing regulatory pressure (EU REACH). Consumer demand for plastic-free products.

Soil, water and air microplastics pollution.

Increasing regulatory pressure (EU REACH). Consumer demand for plastic-free products.

Soil, water and air microplastics pollution.

Increasing regulatory pressure (EU REACH). Consumer demand for plastic-free products.

Status quo

Why hasn't this been solved?

The industry has been forced to choose between performance and sustainability.

No plant-based alternative has achieved the combination of performance, scalability, and cost required.

Status quo

Why hasn't this been solved?

The industry has been forced to choose between performance and sustainability.

No plant-based alternative has achieved the combination of performance, scalability, and cost required.

Status quo

Why hasn't this been solved?

The industry has been forced to choose between performance and sustainability.

No plant-based alternative has achieved the combination of performance, scalability, and cost required.

meet Our Solution

The first scalable plant-based alternative to
fossil-based SAP.

Same Performance

Industrial-grade absorbency.
Compatible with existing manufacturing.

Same Price

Competitive with conventional materials.

But Sustainable

Microplastics-free and reduce emissions
by over 1,200 kg CO₂e per ton replaced.

Microplastics-free and reduce emissions by over 1,200 kg CO₂e per ton replaced.

Built for real-world performance.

Built for real-world performance.

Designed for everyday products.

Designed for everyday products.

Applications

One core technology. Multiple applications.

Hygiene

NamaSAP Core Technology

Pile of black granular NamaSAP and biochar powder, used in water-efficient soil solutions.

Pile of golden granular NamaSAP powder with antimicrobial technology, used in sustainable absorbent food packaging.

High-performance absorbency for next-generation disposable hygiene products: diapers, adult incontinence, feminine care.

Proprietary Technology

Hygiene

NamaSAP Core Technology

High-performance absorbency for next-generation disposable hygiene products: diapers, adult incontinence, feminine care.

Proprietary Technology

Hygiene

NamaSAP Core Technology

High-performance absorbency for next-generation disposable hygiene products: diapers, adult incontinence, feminine care.

Proprietary Technology

Built by scientists and industry experts

Our team combines expertise in materials science, industrial manufacturing, and the global hygiene industry to bring breakthrough materials from the lab to commercial scale.