Top 50 Bio Based Material in Europe

The startup develops a technology that integrates biotechnology, materials science, and molecular simulation to create customizable bio-based materials for personal care, cosmetics, and food products. This approach enables businesses to produce sustainable products with a bio label, addressing the demand for environmentally friendly and tailored consumer goods.

Biophilica produces 100% biobased vegan leather materials from green waste, specifically designed to replace traditional petrochemical-based products in the fashion, footwear, and automotive industries. Their Treekind® material is certified by the USDA and PETA, providing a sustainable alternative that eliminates plastic and animal-derived substances while maintaining high performance standards.

Biofluff produces plant-based materials, specifically fur and shearling, to replace animal and synthetic textiles in the luxury fashion industry. By offering sustainable alternatives, Biofluff addresses the environmental and ethical concerns associated with traditional material sourcing.

This startup manufactures mycelium-based products for interior design, utilizing mycelium technology to create sustainable acoustic panels, flooring, fabrics, and leather alternatives. Their offerings provide environmentally friendly solutions that reduce reliance on traditional materials in architecture and fashion.

21st Bio develops sustainable bio-based alternatives to replace traditional meals and materials, utilizing advanced fermentation processes and strain optimization for high product yield and stability. The company addresses the need for environmentally friendly solutions in food and material production, enabling businesses to reduce their ecological footprint while maintaining quality.

Arda Biomaterials converts spent grain from brewing into high-performance, plastic-free biomaterials using proprietary green chemistry. This process reshapes plant proteins into durable textiles suitable for fashion, automotive, and interiors applications. The company provides scalable, customizable materials that offer quality comparable to existing options while promoting circularity.

Modern Synthesis utilizes a patent-pending biotechnology process that harnesses bacteria to convert agricultural sugars into customizable nanocellulose-based materials, providing a sustainable alternative to animal-derived and fossil-fuel-based textiles. This approach addresses the environmental impact of traditional fabrics by offering biodegradable, plastic-free options that significantly reduce greenhouse gas emissions and plastic pollution.

Sulapac develops biodegradable materials that replace conventional oil-based plastics in various applications, including packaging and cosmetics. By utilizing 100% biobased materials, Sulapac significantly reduces carbon footprints and eliminates microplastic pollution, offering a sustainable alternative without compromising functionality or aesthetics.

ER Ocean Recherche develops bio‑inspired textile fibers and yarns derived from marine biomass such as algae, cyanobacteria, and seafood shells, offering designers and apparel manufacturers low‑impact alternatives to conventional fabrics. The company produces ready‑to‑use materials—including SeiFibre™, SeiYarn™ and coated canvas—through a laboratory‑scale process that reduces water, land and energy use while delivering a reduced material footprint. Revenue is generated by selling these patented fibers and finished garments to fashion brands and textile partners via a B2B supply model.

The startup develops bio-based packaging materials using green processing technology that eliminates toxic chemicals, providing sustainable alternatives to single-use plastics. Their compostable food packaging products offer organizations a measurable reduction in environmental impact compared to conventional plastic options.

This company manufactures biodegradable paper products designed to replace fossil-based plastics in various applications. Their bio-based materials can be used in extrusion and injection technologies, offering a sustainable alternative to traditional plastic packaging and textiles.

Insempra utilizes precision fermentation to produce 100% bio-based ingredients for the beauty, food, and fashion industries, reducing reliance on petrochemicals and conventional agricultural practices. This technology addresses environmental degradation and resource depletion by offering sustainable alternatives that maintain high quality and stability.

traceless materials produces traceless®, a fully plant-based and home compostable material derived from agricultural by-products, designed to replace conventional plastics in various applications. This technology addresses plastic pollution by providing a biodegradable alternative that disintegrates naturally within weeks, significantly reducing climate emissions throughout its lifecycle.

MYCEEN develops carbon-negative materials by cultivating mushroom mycelium and incorporating organic industrial byproducts, creating a high-performing, sustainable alternative to plastics and composites. This process not only valorizes waste materials but also contributes to reducing carbon emissions in the manufacturing sector.

Woamy develops a cellulose-based biofoam inspired by the directional strength of wood, resulting in a material that is both strong and lightweight. This biobased foam is designed to be biodegradable and recyclable, offering a sustainable alternative to traditional plastic packaging. The company tailors its foam products through adaptable post-processing to meet specific client needs for premium protective packaging.

The startup designs and manufactures bio-material fabrics using proprietary technologies for sustainable treatments and dyes, targeting the environmental impact of the apparel and consumer goods industries. By providing eco-friendly material alternatives, the company enables customers to reduce their ecological footprint while fulfilling their product needs.

MOGU develops mycelium-based technologies to create sustainable materials that replace plastics and other environmentally harmful substances. By utilizing mycelium's natural growth properties, the company addresses the urgent need for biodegradable alternatives in various industries.

Mykor develops structurally insulated panels and loose infill insulation that significantly reduce operational carbon emissions from buildings by enhancing thermal performance and minimizing embodied carbon in manufacturing. Their materials are 100% circular, biobased, and fire-resistant, achieving a 71% reduction in manufacturing emissions compared to traditional insulation products.

FibriTech develops biodegradable materials using a proprietary process that transforms cellulose fibers into 3D molded structures, providing a sustainable alternative to traditional plastics. This technology addresses the environmental impact of plastic waste by offering fossil-free materials that can be tailored for various applications, including agriculture and absorbent products.

The startup develops a bio-based adsorbent material that selectively captures micro-pollutants such as pesticides and pharmaceuticals from contaminated water and wastewater. This technology enables clients to meet stringent wastewater regulations while protecting local ecosystems from harmful pollutants.

Visibuilt is developing a fermentation-based binder called visiBIT, derived from mycelium, to replace traditional asphalt in road construction. This approach reduces energy consumption and CO2 emissions while eliminating reliance on fossil fuels, addressing the environmental impact of conventional road-building materials.

ExpandFibre develops sustainable bioproducts by upgrading pulp fibers, hemicellulose, and lignin sourced from straw and northern wood into textile fibers and other biomaterials. This approach addresses the demand for high-volume, low-carbon alternatives to fossil-based products in the textile industry.

Paques Biomaterials develops a biodegradable biopolymer, Caleyda®, using microbial fermentation of organic residual streams without genetic modification or fossil resources. This technology provides a natural alternative to conventional plastics, effectively eliminating harmful microplastics and supporting a circular economy.

This company designs novel proteins using deep learning models to create next-generation textile fibers. These fibers offer high performance while being non-oil derived and fully biodegradable. Apparel manufacturers gain a sustainable alternative to conventional synthetics, reducing microplastic pollution and environmental impact.

Lignin Industries transforms lignin, a by-product of the forest and agricultural industries, into Renol®, a thermoplastic biomaterial that can replace fossil-based plastics in various applications. This technology enables manufacturers to reduce fossil fuel dependency and lower CO2 emissions while utilizing existing production machinery for a seamless transition to sustainable materials.

The startup manufactures biodegradable plant-based materials that serve as environmentally friendly alternatives to conventional petroleum-based plastics. By utilizing renewable resources, their products significantly reduce CO2 emissions and safely decompose into non-toxic compounds, minimizing harm to wildlife and ecosystems.

PaperShell manufactures load-bearing components from pressed paper, creating a sustainable alternative to plastics and metals that significantly reduces CO2 emissions by up to 98%. This technology transforms waste paper into high-performance, biogenic materials, addressing the environmental impact of single-use items and fossil fuel reliance.

Scindo develops enzyme systems that convert renewable and recycled carbon feedstocks into sustainable materials and ingredients, reducing reliance on crude oil. The technology directly addresses the global plastic waste crisis by enabling a circular economy for everyday products.

This startup produces sustainable animal leather using cellular culture, material science, and tissue engineering techniques to create a slaughter-free alternative. By offering a high-strength, durable material with a low environmental footprint, the company enables the fashion industry to significantly reduce CO2 emissions.

The startup produces bio-based sustainable products by upcycling industrial waste streams through synthetic biology and genetic engineering techniques. This approach provides governments, companies, and individuals with high-quality alternatives while reducing pollution and waste in various sectors.

This startup manufactures biodegradable packaging products using bio-resin and coated paper as sustainable alternatives to single-use plastics. Their solutions aim to significantly reduce plastic pollution by providing commercial clients with effective substitutes for millions of plastic straws.

PiLi biofabricates sustainable, biosourced colorants using industrial fermentation and organic chemistry to replace fossil fuel-derived pigments in various applications, including textiles and inks. This approach significantly reduces CO₂ emissions and addresses the environmental impact of the color industry, which currently relies heavily on non-renewable resources.

The startup specializes in producing biodegradable materials through molecular engineering and green chemistry, utilizing artificial intelligence to optimize material properties. This approach enables industries such as agriculture, health, and electronics to transition to sustainable alternatives that reduce environmental impact.

Ostrea converts shell waste into a unique mineral material suitable for countertops, furniture surfaces, and coatings. This process addresses the environmental impact of shell waste by providing a sustainable alternative to traditional materials.

Bcomp provides lightweight, sustainable materials made from natural fibers for high-performance applications across industries. Their ampliTex and power-Ribs technologies reduce the environmental impact of products in automotive, marine, sports, and aerospace by offering a bio-based alternative to traditional materials.

SCALE develops bio-based composite materials that enhance performance while significantly reducing production costs and greenhouse gas emissions compared to traditional carbon fiber. By utilizing renewable resources and low-impact processes, SCALE addresses the environmental impact of advanced composites used in various industries, including automotive and sporting goods.

GAIA BioMaterials manufactures Biodolomer, a limestone-based biodegradable material that mimics the properties of plastic without leaving microplastics and significantly reduces CO2 emissions during decomposition. Their products, including pouches, trays, and bottles, provide sustainable alternatives to traditional plastic packaging, addressing the environmental impact of plastic waste.

Octarine Bio operates a synthetic biology platform utilizing cell-factory engineering and precision fermentation to produce bio-based ingredients. The company develops sustainable alternatives for sectors like textiles, skincare, and health supplements. Their technology enables the commercial-scale production of nature-derived compounds with reduced environmental impact.

CysBio utilizes metabolic engineering and synthetic biology to develop bacterial cell factories that convert renewable feedstocks into commodity chemicals and novel materials. Their technology addresses the need for sustainable production of amino acids, functional polymer precursors, and biodegradable antifouling agents, enhancing the efficiency and environmental impact of chemical manufacturing.

The startup manufactures apparel from bio‑engineered and recycled fibers—including AeoniQ™, C‑FIBER™ and FLWRDWN™—that provide performance, comfort and a reduced carbon footprint compared to conventional textiles. It operates low‑temperature dyeing, water‑recycling and carbon‑negative production processes, selling the garments through its e‑commerce site and select retail partners while providing transparent impact reports.

The startup produces crude lignin oil and crude sugar oil from agricultural and forestry residues, providing a bio-based alternative to fossil fuels for the petrochemical industry. This sustainable raw material can replace fossil crude oil in the production of materials, chemicals, and fuels, offering a renewable source for companies seeking to reduce their carbon footprint.

Outlander Materials utilizes biotechnology to convert food waste, particularly from breweries, into compostable materials like UnPlastic, which serve as non-toxic alternatives to single-use plastics. This process addresses the issue of plastic pollution by creating biodegradable products that do not break down into harmful microplastics, thereby promoting a circular economy.

SYLIA cultivates mycelium‑based composites on agricultural waste to replace petroleum‑derived plastics, foams, and textiles with fully biodegradable materials. Its low‑energy, water‑based process produces customizable panels, fibers and foams with tunable mechanical properties and provides API‑driven material data for seamless integration into design and manufacturing workflows.

The startup develops renewable, recyclable, and biodegradable materials from agricultural waste, utilizing vegetable and biodegradable fibers to create strong and durable alternatives to plastic and wood. This addresses the environmental impact of plastic pollution and the unsustainability of traditional wood products by providing a non-toxic solution for various applications.

Ecoroots utilizes mycelium, the filamentous root network of mushrooms, to produce biodegradable materials that replace conventional plastics in packaging. This approach addresses plastic pollution by offering a compostable solution that breaks down into nutrients within weeks, promoting a circular economy.

B4Plastics specializes in the development and production of biopolymers using bio-based building blocks, enabling the creation of customized biomaterials for various applications. The company addresses the need for sustainable plastic alternatives by offering scalable solutions from research and development to bulk production and licensing.

UBITE provides bio‑based polymer materials that match the performance of traditional plastics while being fully reusable and recyclable. Its platform enables hospitality, travel, and consumer brands to customize premium tableware and packaging with heat‑resistant, porcelain‑like finishes, supported by a closed‑loop take‑back system.

This company produces high-value sugar polymers by converting food waste into raw material, establishing a circular economy model. Utilizing synthetic biology, metabolic engineering, and machine learning, they optimize microbial strains for polymer biosynthesis. This process yields sustainable and cheaper sugar polymers while addressing the environmental impact of traditional extraction methods.

Seprify produces high‑performance functionalingredients derived from renewable cellulose for use in coatings, cosmetics, food, inks, pharma, and other industries. Their plant‑based materials are biodegradable, safe, and designed to replace traditional petrochemical additives while reducing carbon emissions. The company offers ready‑to‑use, sustainable solutions that enhance product performance and support circular bioeconomy goals.

The startup manufactures plant-based concrete and biomimetic construction materials that utilize bio-based inputs and circular economy principles. This approach provides businesses with sustainable alternatives for waste management and construction, reducing reliance on traditional, environmentally harmful materials.