Top 50 Biodegradable Polymer in Asia

RWDC Industries produces Solon®, a biodegradable polymer derived from polyhydroxyalkanoate (PHA) that serves as a drop-in replacement for petroleum-based plastics in various applications, including food packaging and coatings. This technology addresses the environmental impact of plastic pollution by providing a fully biodegradable solution that decomposes into harmless substances in natural conditions.

This startup manufactures biodegradable packaging materials from crop stubble waste, providing a sustainable alternative to traditional plastics. Their products feature water-resistant, fireproof, and anti-static properties, addressing the environmental impact of packaging waste while promoting the use of organic materials.

altM transforms lignocellulosic agricultural residues into scalable bio-chemicals and biomaterials, providing sustainable alternatives to traditional materials in industries such as packaging, textiles, and pharmaceuticals. This process helps companies reduce their carbon footprint and reliance on unsustainable resources throughout their supply chains.

ZeroCircle develops biodegradable materials derived from sustainably harvested seaweed, providing eco-friendly alternatives to traditional plastics. The company addresses the environmental impact of plastic waste by offering tree-free paper, natural coatings, and pellets that contribute to a circular economy.

Sole Biotechnology creates advanced hydrogel wound dressings and cosmetic face masks from sustainably produced bacterial cellulose. Their biocompatible and biodegradable biomaterials promote accelerated wound healing and skin rejuvenation, offering natural alternatives for medical and aesthetic applications.

Cruz Foam develops biodegradable packaging materials by transforming chitin from shrimp shells into structural foams, replacing petroleum-based options. This technology provides an environmentally friendly alternative to single-use plastics, addressing the urgent issue of plastic pollution in the packaging industry.

MadeRight develops sustainable packaging materials by cultivating fungi on organic industrial waste, converting it into high-value biomaterials. This process addresses the environmental impact of plastic waste by providing a cost-effective alternative that can be integrated into existing manufacturing systems.

Terracle utilizes depolymerization technology to convert plastic waste into reusable monomers, enabling the infinite recycling of plastics without loss of quality. This process addresses the environmental pollution caused by plastic waste by providing a sustainable solution for materials that are typically non-recyclable.

The startup utilizes algae fermentation and bioprocessing technologies to produce sustainable materials for the agrifood and cosmetics industries. By offering climate-friendly alternatives, the company helps these sectors reduce their environmental impact and meet sustainability targets.

The startup operates an AgriTech platform that manufactures plasticulture products designed to enhance crop yield and quality while minimizing resource waste. By providing climate-smart agricultural services, the platform empowers farmers to adopt sustainable practices and improve productivity in the agricultural sector.

PhaBuilder uses synthetic biotechnology to engineer halophilic microorganisms for the production of high-value, biodegradable materials. Their focus is on producing PHA, a biodegradable plastic alternative, as well as other specialty chemicals like ectoine and cadaverine, using next-generation industrial biotechnology.

Biolive produces bioplastic raw materials, including Bio-PE, Bio-PP, and Bio-ABS, derived from agricultural waste to reduce reliance on fossil fuels. The company provides sustainable granules that support the circular economy, offering consulting and marketing services to ensure effective application in various industries.

This startup transforms agricultural waste into sustainable materials and products. They leverage biotechnology, material science, and engineering to develop and commercialize solutions that reduce environmental impact and promote a circular economy.

The startup develops biodegradable products made from materials that dissolve in water, providing a sustainable alternative to traditional plastics and polythene packets. By offering cost-efficient and eco-friendly solutions, the company addresses the environmental impact of plastic waste.

Plastic Move produces bio-based and biodegradable bioplastics from starch-based food waste, specifically waste bread, to replace petroleum-based plastics in various industries. This approach reduces carbon emissions by up to 50% and supports the circular economy by upcycling waste materials into high-quality, multi-use products.

Buyo utilizes proprietary technology to convert bio-waste and plant-based materials into fully biodegradable bioplastics, addressing the environmental impact of traditional plastic waste. Their products cater to various applications, including flexible and rigid packaging, while generating minimal carbon footprints and promoting a circular economy.

The startup has developed a resource-recycling platform that utilizes underutilized natural biomass and photosynthetic organisms to produce industrial biopolymers, nitrogen fertilizers, and aquaculture feed. This technology provides sustainable alternatives for greenhouse gas fixation, enabling environmental startups to access eco-friendly products efficiently.

Insectta utilizes proprietary technology to extract high-value biomaterials, such as chitosan and melanin, from black soldier flies, addressing the need for sustainable materials in various industries. By converting food waste into these biomaterials, Insectta supports the circular economy and meets the growing demand for eco-friendly ingredients in sectors like cosmetics and electronics.

Polygreen develops biodegradable super absorbent polymers for the hygiene and agriculture sectors, significantly reducing plastic waste and enhancing resource efficiency. Their solutions contribute to improved water retention and plant protection, aligning with Sustainable Development Goals related to climate change and waste management.

This startup develops recycled accessories from chemically separated metalized multi-layered plastic packaging, which is mechanically upcycled into high-quality materials. Their products help users minimize plastic waste that typically ends up in landfills.

TripleW converts food waste into CIRCULAC™, a high-purity lactic acid through a bioprocess that utilizes fermentation with specialized microorganisms. This process not only reduces food waste but also provides a renewable alternative for producing PLA bioplastics, significantly lowering carbon emissions associated with traditional plastic manufacturing.

Ecoplas produces cassava-based bio-assimilation bioplastics and Oxium bio-assimilation additives that decompose naturally, reducing plastic waste in landfills and oceans. The startup supports a holistic circular economy by promoting the principles of reuse, recycling, and returning materials to the earth.

CICLA 3D manufactures high-definition 3D printing filaments from composite and recycled materials, addressing the environmental impact of plastic waste in the 3D printing industry. The company also offers a recycling program for failed prints and filament remnants, promoting sustainable practices among users.

Biotic manufactures fully biodegradable PHBV polymers using diverse feedstocks such as sea algae and agricultural waste, providing a sustainable alternative to conventional plastics. This technology addresses the plastic pollution crisis by enabling a circular economy with zero waste production and no toxic residues.

Alterpacks develops a home compostable packaging material made from upcycled agricultural waste and food by-products, effectively eliminating reliance on single-use plastics. This technology not only reduces environmental waste but also contributes to a circular economy by transforming organic waste into nutrient-rich soil after use.

Alterpacks develops a home compostable packaging material made from upcycled agricultural waste and food by-products, effectively eliminating reliance on single-use plastics. This technology not only reduces environmental waste but also contributes to a circular economy by transforming organic waste into nutrient-rich soil after use.

Fibmold is establishing a global manufacturing network for molded fiber products, with its primary research and development center located in India. The company focuses on producing sustainable packaging solutions that replace single-use plastics, addressing the growing demand for environmentally friendly alternatives in various industries.

This company manufactures biodegradable polymer packaging materials as an alternative to traditional plastics. Their eco-friendly bags, including apparel and shopping bags, offer businesses customizable and sustainable packaging options.

Balena develops BioCir®, a biopolymer material that can be processed like conventional plastics and biodegrades into renewable biomass, eliminating waste at the end of its lifecycle. This technology addresses the environmental impact of traditional fossil-based plastics by providing a sustainable alternative with a safe end-of-life solution.

PlasticBack utilizes a low-temperature chemical process to convert complex waste plastics, including PVC and multilayer materials, into valuable hydrocarbons and crude oil. This technology addresses the challenge of recycling non-homogeneous plastic waste that is typically sent to landfills or incinerated, achieving carbon efficiencies of up to 95%.

Vasundhara Biofibers develops biodegradable packaging materials using agricultural residues such as kans, bagasse, and straw, employing biotechnology and nanotechnology to minimize chemical use and conserve water. The company addresses the shortage of sustainable packaging options in the market by producing eco-friendly fibers suitable for various applications, including paper and packaging products.

This startup develops vegan sneakers made from components recycled from plastic waste, including old sneakers and plastic bags. By utilizing a closed-loop recycling process, the company reduces plastic pollution while providing sustainable footwear options.

Mycel Project develops and manufactures biomaterials derived from mycelium, providing a sustainable alternative to traditional leather and animal products. Their closed-loop bioprocess minimizes waste and allows for flexible production of various eco-friendly materials, addressing the environmental impact of the leather industry.

nature2need develops biomaterials by incorporating up to 50% agricultural and organic industrial residues into standard polymer processes, significantly reducing carbon emissions and material costs. Their Mottainai 5.0 model valorizes local organic waste streams into sustainable feedstock, addressing the challenges of plastic pollution and resource underutilization.

IncrEDIBLE Eats produces edible cutlery made from a blend of wheat, oats, corn, chickpeas, and brown rice, utilizing a proprietary manufacturing process to create a firm yet consumable spoon that lasts up to 25 minutes in hot foods. This product addresses the environmental impact of single-use plastics by providing a biodegradable alternative that decomposes in days, reducing plastic waste in landfills and oceans.

The startup develops an additive manufacturing system utilizing photopolymerization for automatic single-step post-processing of plastic parts. This technology targets high-mix, low-volume manufacturing needs in sectors such as automotive, aerospace, and medical devices, reducing post-processing time and costs.

Pleryon Therapeutics develops polymer-based therapeutics targeting age-related medical conditions, focusing on applications in ophthalmology, orthopedics, and tissue regeneration. The company aims to meet significant unmet medical needs by advancing its preclinical pipeline with a funding base of nearly RMB 100 million from leading biotech investors.

Source Green operates an online marketplace that offers 100% biobased and compostable packaging solutions, including stand-up pouches, mailers, and garment bags, without petrochemicals or plastics. The company provides tailored consulting services to help brands transition to sustainable packaging, addressing the environmental impact of traditional packaging materials.

AC Biode develops chemical catalysts for the depolymerization of plastic waste at low temperatures, transforming it into usable oil feedstock. The company also captures CO2 from the air to produce glass, addressing the dual challenges of plastic pollution and carbon emissions.

Palmade produces biodegradable cutlery from date palm waste, addressing the environmental impact of single-use plastics in the UAE. By utilizing local agricultural byproducts, the company offers a sustainable alternative that reduces plastic waste and promotes circular economy practices.

The startup specializes in shape memory polymer technology that customizes products to conform to the unique shapes of individual bodies or objects. This capability enhances product fit and functionality across healthcare, printing, textiles, and material parts industries, leading to improved health outcomes and operational efficiency.

Xinterra develops advanced materials essential for sustainable applications, focusing on the creation of eco-friendly alternatives to traditional materials. The company addresses the need for sustainable product development by providing innovative material solutions that reduce environmental impact.

Econoah Eyewear manufactures stylish and durable eyewear frames from bio-based and biodegradable materials, primarily cotton and wood pulp. They offer a sustainable alternative to traditional plastic frames, with over 95% biodegradability and a reduced carbon footprint in their production processes.

LL Material Factory utilizes genetic engineering and bioengineering to transform organic waste into eco-friendly chemicals, significantly reducing carbon emissions by up to 80%. The company provides tailored biological solutions for industries such as chemicals, cosmetics, and energy, promoting sustainable production practices.

Nanosafe Solutions develops antimicrobial products utilizing patented active copper technology, which demonstrates 99.99% efficacy against a wide range of microbes. The startup addresses the need for safe and effective antimicrobial solutions in water contact applications and offers sustainable alternatives to conventional plastics through biodegradable additives.

This startup transforms industrial waste into biodegradable biopolymers using mycelium, the root structure of fungi, to create cost-competitive and carbon-negative alternatives to petroleum-based plastics. Their materials outperform existing biodegradable options in quality and performance, addressing the urgent need for sustainable solutions in various industries, including packaging and personal care.

This company develops water-soluble biopolymers for flexible film packaging, offering an eco-friendly alternative to traditional plastics. Their technology enables the production of sustainable packaging that dissolves in water, reducing plastic waste and environmental impact.

RiceFort transforms agricultural waste, specifically rice husks, into bio-based materials, including 3D printed products, to replace traditional plastics and reduce carbon emissions. This process addresses the challenges of agricultural waste management while providing sustainable material options for consumers and businesses.

Paramendo Nepal converts plastic waste from rural communities into durable construction materials like roofing tiles and flooring. They establish community recycling centers to process PP, HDPE, and LDPE plastics, creating valuable products and local employment.

The startup develops biomaterials for tissue repair and 3D printing medical devices, providing alternatives to silicone and fillers in reconstructive procedures. Their technology includes advanced molding implants and alternative evaluation models for animal testing, enhancing the efficacy and safety of tissue restoration.