Portrait No. 001
Ella Csuka
Founder and CEO
Ecotune
Raised — $1.8M non-dilutive
Growing up near the ocean in California, I have seen the impact of pollution and climate change on the local environment. From observing the buildup of plastic trash on the beachfront to the rise of offshore oil rigs on the horizon, it became clear to me that change is necessary. Specifically, I recognized that we need innovations in materials that catalyze systemic changes, with both speed and scale. Our planet is very dependent on petroleum-derived materials. Over 9 billion tons of plastic have been produced, and around 80% of this ends up in landfills and the environment with 12.7 million tons entering the oceans each year. The fabric industry is among the most polluting, with 35% of microplastics originating from textiles and contributing to around 10% of global CO2 emissions. At Ecotune, we're developing 100% bio-based alternatives to polyurethane plastic, with applications across textile coatings, foams, and filaments for woven and knit textiles with the potential to impact industries including automotive, interiors, apparel, footwear, and fashion.
In her words
“The future of materials is circular by design, with all materials originating from and returning back to the Earth in cycles.”
Chapter I
The toughest challenges you've faced as a founder.
As the daughter of two immigrants from Hungary, I am from a multicultural family as a first-generation American. After the devastation of two World Wars in Hungary, my parents were born during the Cold War era and left behind everything to immigrate to the United States. They arrived in New York City with just two suitcases and the American dream. My upbringing as a multicultural Hungarian American has instilled in me a deep respect for the American values of freedom and equality. Because of the courage and perseverance of my parents, I have the opportunity to pursue innovation in the United States and work to build a better future for the planet. My passions are in science, technology, and design – and I am the founder of a material innovation startup Ecotune at the intersection of these fields. Ecotune has been awarded $1.8 million in non-dilutive funding from the U.S. Environmental Protection Agency, U.S. National Science Foundation (<5% funding rate historically), 776 Foundation (top 20 founders globally), and the Biomimicry Institute (top 10 globally) among the top startups nationally and internationally, and is currently working with some of the leading brands in the world in fashion, footwear, and automotive.
Chapter II
Your vision.
At Ecotune, we are developing the highest performance bio-based and biodegradable materials in the world to replace petroleum-derived polyurethane across textile coatings, filaments, and foams. Synthetic textiles contribute to over a third of microplastic pollution globally, resulting in ecotoxicity, changes to carbon and nutrient cycles, and habitat changes within terrestrial and aquatic ecosystems. Textile coatings today are made of polyurethane or polyvinyl chloride plastics, which leach toxins like dioxins and furans that are among the most potent cancer-causing chemicals ever tested. Through a bio-inspired approach, we develop 100% bio-based polymers from the molecular level up for use as infinitely renewable, high-performance textile coatings, with the potential to impact over $228 billion annual industries including coatings, filaments, foams, and films.
Chapter III
The impact you want to leave behind — for your industry, your community, and the women who come next.
Today, textile coatings are petroleum-derived, non-biodegradable plastics that contribute to a third of microplastic pollution globally and leach some of the most potent cancer-causing chemicals ever tested. We aim to replace textile coatings with 100% bio-based, non-toxic, plastic-free alternatives that meet the same performance and price requirements, advancing sustainability across fashion, footwear, interiors, and automotive (estimated 1M+ tons of CO2 equivalents reduced annually over the next 5 years). Our long-term vision is to replace polyurethane across coatings, films, foams, and filaments (estimated 135M+ tons of CO2 equivalents reduced per year). Beyond environmental and economic impact, I hope to also inspire more women to pursue careers in materials science, materials chemistry, and chemical engineering, in addition to pursuing entrepreneurship in deep technology.