Transforming the Industry: No Dye, No Waste, No Compromise.

The Problems

Systemic Pollution: 

The plastic and textile industries drive 10% of global emissions and 20% of industrial water pollution, largely through inefficient, fossil-fuel-reliant production.

Microplastic Crisis

Synthetic fibers like polyester shed millions of microplastics per wash, leading to humans ingesting roughly 5g of plastic every week.

Waste & Circularity

With less than 1% of clothing recycled and 400 million tons of plastic produced annually, non-biodegradable waste is overwhelming ecosystems and landfills.

Resource Efficiency

A viable solution must eliminate toxic wastewater and slash energy use of enabling ambient-temperature, “dry” dyeing processes without high capital costs.

Solutions

We offer textile mills a comprehensive suite of proprietary fibers with full – spectrum dyes, streamlining the dyeing process and reducing costs compared to traditional disperse dyeing.
Our solution is a true drop-in replacement for existing textile mill technology.
Designed for effortless adoption – no CAPEX and no workforce retraining required.

Our proprietary fibers are biological alternatives to polyester – 100% degradable, petroleum – and microplastic-free.
Our proprietary dyes are derived from sustainable natural pigments – nature is full of color.

Technology

Our technology overcomes the core problems of disperse dyeing: polyester fiber and its synthetic dyes have no chemical affinity for each other.
In fact, the dye is forced into the fiber under high pressure and high temperature, with the aid of auxiliary chemicals, which makes disperse dyeing such an energy and water consuming process.

We are solving this problem through redesigning the way fiber interacts with the dye.

Picture it like “Lego”:

Our proprietary fiber and dye are engineered with strong chemical affinity for one another, enabling binding under mild conditions and reducing energy and water consumption up to 80% compared to conventional disperse dyeing.

We are also addressing one of the major limitations of fermentation-derived bioplastics: scalability. Our fibers are produced through a proprietary hybrid manufacturing approach designed for industrial-scale production.

Our Team

Anna KoganitskyPhD, biochemist

Founder CO

Biomolecular engineer and biotech entrepreneur who loves working with complex biological systems and translating science into real-world solutions. She holds a PhD from the Weizmann Institute of Science and a B.Sc. from Technion – Israel Institute of Technology. She is dedicated to applying her scientific expertise toward building a healthier and more sustainable future.


LinkedIn

Shloka HajareMA. Engineering Management

Product Strategist

An early-career operator and product strategist with an engineering background, she is passionate about building and scaling ventures at the intersection of entrepreneurship and sustainability. She enjoys working with mission-driven teams, applying systems thinking, data-informed decision-making, and a bias toward execution to help grow resilient, responsible businesses.


LinkedIn

Eshwar MuraliSophomore Student

Business Associate

I am studying plant science. Growing up in St. Louis, I saw firsthand the challenges in our food systems, from urban food deserts to environmental impacts of conventional agriculture, which sparked my passion for sustainability. I’m interested in impacting food systems and sustainability through startups and venture capital.


LinkedIn

get in touch

contact us

anna@argamancbp.com