Nurture
Certified Compostable Diapers with Breathable Backsheet. No perfumes, lotions or dyes. Skin friendly pH 4.5 – 7. Chlorine Free. Paraben Free. Dioxins Free. Phthalates Free. FSC Sourced Sustainable Fluff. Free of Latex. Non-toxic glue. Non-toxic pH wetness indicator. Not tested on animals. No substances irritate the eyes or skin or are toxic to aquatic life. Proposition 65 (California Law) and European Chemical Law compliant.
Environmentally friendly production- Diapers are produced in a 100% local / Danish wind power, zero waste landfill facility.
Avantium
Avantium is a leading pioneer in the emerging “biorefinery” sector, specifically known for commercializing PEF (Polyethylene Furanoate)—a 100% plant-based, circular plastic that is widely considered the superior successor to traditional PET (the material used in plastic bottles).
The Flagship Technology: YXY® (PEF)
Avantium’s core breakthrough is the YXY® Technology, which converts plant-based sugars into FDCA (furandicarboxylic acid), the essential building block for PEF.
Performance Superiority: Compared to PET, PEF offers 6x better oxygen barrier and 2x better moisture barrier properties. This significantly extends the shelf life of carbonated drinks, juices, and beer.
Thermal Advantages: PEF has a higher heat resistance than PET, allowing for “hot-fill” packaging processes without the plastic warping.
100% Recyclable: It is designed to be recycled within existing polyester streams or as a standalone circular material.
Ray Technology™ (Plant-based MEG)
Beyond FDCA, Avantium is scaling its Ray Technology™, which converts sugars into plant-based MEG (mono-ethylene glycol).
Significance: MEG makes up about 30% of traditional PET. By producing bio-MEG, Avantium allows manufacturers to create 100% bio-PET today while the world transitions to the higher-performing PEF.
Dawn Technology™ (Biomass to Sugar)
To ensure the sustainability of their feedstock, Avantium’s Dawn Technology™ focuses on “second-generation” biomass. Instead of using food crops (like corn or sugarcane), this process extracts industrial sugars from forestry residues and agricultural waste, ensuring the bioplastic does not compete with the food supply chain.
Praj Industries
Praj Industries is a major player in India’s transition toward a circular bioeconomy, primarily through its Bio-Prism® portfolio, which focuses on Renewable Chemicals and Materials (RCM).
Polylactic Acid (PLA) Technology :
Praj has successfully developed an indigenous, integrated technology for the production of PLA. Demonstration Facility: In late 2024, Praj inaugurated India’s first-of-its-kind demonstration plant for biopolymers in Pune. The facility showcases production capacities of 100 TPA for Lactic Acid and 55 TPA for PLA. End-to-End Integration: The technology covers the entire value chain, including fermentation, chemical synthesis, and purification. It is designed to process various feedstocks, including sugary and starchy agricultural products. Strategic Partnership: In April 2025, Praj partnered with thyssenkrupp Uhde (using their Uhde Inventa-Fischer “PLAneo®” process). This collaboration allows them to offer end-to-end, commercial-scale PLA plant solutions globally, combining Praj’s lactic acid expertise with Uhde’s polymer technology.
ThyssenKrupp Udhe
Uhde Inventa-Fischer (UIF), a subsidiary of thyssenkrupp Uhde, is a major global player in polymer plant engineering. While they are historically known for their massive polyester (PET) and polyamide (Nylon) plants, they have aggressively expanded into the bioplastics sector with two primary proprietary technologies.
- PLAneo®: Polylactic Acid (PLA) Technology
This is their flagship bioplastic process, designed to produce high-quality PLA from lactic acid.
The Process: It utilizes a continuous polycondensation and ring-opening polymerization. A key differentiator is its ability to handle meso-lactide (a byproduct) by polymerizing it directly rather than hydrolyzing it back to lactic acid. This significantly increases raw material efficiency and lowers production costs.
Versatility: The technology is capable of producing the full spectrum of PLA grades, from amorphous to high-heat, fast-crystallizing types.
Commercial Scale: Their first major commercial plant (approx. 10,000 tons/year) was commissioned for COFCO in Changchun, China. The technology is scalable up to 300 tons per day (roughly 100,000 tons/year).
- Polybutylene Succinate (PBS) Technology
UIF also offers proprietary technology for producing PBS, a biodegradable polyester often used in mulch films, coffee cups, and food packaging.
Manufacturing: The process involves the polycondensation of succinic acid and 1,4-butanediol (BDO).
Strategic Advantage: When combined with bio-based succinic acid (which UIF has explored through partnerships like the one with Myriant), the resulting PBS can be entirely bio-based and compostable.
Clariant
Clariant is a major player in the bioplastics space, focusing primarily on sustainable additives that enhance the processing and performance of bio-based and compostable polymers.
Core Product Lines for Bioplastics
- Licocare® RBW Vita (Rice Bran Wax)
This is Clariant’s flagship range for biopolymers like PLA, PHA, and PBAT.
What it is: A bio-based wax derived from a non-food competing by-product of rice bran oil production.
Functions: Acts as a lubricant, dispersing agent, and nucleating agent.
Certifications: Most grades are “OK compost INDUSTRIAL” certified; Licocare RBW 102 Vita holds the “OK biodegradable SOIL” label, making it ideal for agricultural films.
- Pigments for Compostability
Clariant has a dedicated range of PV Fast™ and Graphtol® organic pigments designed specifically for biodegradable polymers.
Compliance: These meet the EN 13432 standard, ensuring the colorants do not interfere with the industrial composting process.
Applications: Coffee capsules, shopping bags, and single-use cutlery.
Sulzer Chemtech
Sulzer is a critical player in the bioplastics industry, primarily operating through its Sulzer Chemtech division. Rather than producing plastic resin themselves, they are the world’s leading technology licensor and equipment provider for Polylactic Acid (PLA) manufacturing.
Sulzer is a key entity, as their technology sits at the heart of most “world-scale” PLA plants globally.
Core Bioplastic Technologies :
Sulzer provides a fully integrated, proprietary process for converting lactic acid into high-quality PLA. Their portfolio is divided into two major technical blocks:
SULAC™ (Lactide Synthesis): This process handles the conversion of lactic acid into lactide (the monomer). It includes sophisticated purification stages using Sulzer’s industry-standard distillation and crystallization technologies to ensure the high purity required for medical or industrial-grade plastics.
SULROP™ (Polymerization): This involves the Ring-Opening Polymerization (ROP) of lactide into PLA. A standout feature here is the use of SMR™ (Sulzer Mixing Reactors)—static equipment that provides precise temperature control and efficient mixing with low maintenance, allowing for fast transitions between different PLA grades.
Ingevity
Ingevity is a global leader in the bioplastics market, specifically through its Capa® family of polycaprolactone (PCL) technologies. As of early 2026, the company has undergone a strategic restructuring to focus more heavily on high-margin specialty materials, including its Advanced Polymer Technologies segment which houses these bioplastic solutions.
Core Technology: Capa® Thermoplastics
Ingevity’s primary contribution to the bioplastics industry is its range of linear polyesters (PCL). These are often used as “property enhancers” to solve the common brittleness and processing issues of other biopolymers like PLA or PHA.
Key Grades:
* Capa 6500 / 6500D: High molecular weight grades often used for premium packaging and films.
Capa 6800: A high-viscosity grade known for its compatibility with other thermoplastics and its role as a tackifier.
Capa 6250 / 6400: Standard molecular weight grades for general bioplastic applications.
BIOTEC
BIOTEC (officially BIOTEC Biologische Naturverpackungen GmbH) is a premier European specialist in the development and production of sustainable, starch-based bioplastic resins. Unlike Ingevity, which focuses on PCL, BIOTEC’s expertise lies in creating complex starch-based blends marketed under the brand name BIOPLAST.
As of early 2026, the company is a key player in the European “circular economy,” particularly within the Italian and French markets where strict legislation governs compostable packaging.
Product Portfolio: The BIOPLAST® Family
BIOTEC’s resins are designed to be processed on conventional equipment (LDPE/LLDPE lines) without requiring significant modifications.
BIOPLAST 600 (Recent Highlight): An advanced, starch-based biopolymer specifically designed for co-extrusion as a core layer.
BIOPLAST 500 / 400 / 300: A series of blown film grades with varying levels of renewable carbon content (ranging from >30% to >50%). These are the “workhorse” resins for compostable shopping and waste bags.
BIOPLAST 900: A high-heat resistant grade designed for injection molding and thermoforming, allowing for the production of rigid items like catering cutlery or coffee capsules that can withstand higher temperatures.
Sulapac
Sulapac is a Finnish material innovation company that has carved out a unique niche by combining biopolymers with wood chips from industrial side streams. While Ingevity focuses on chemical purity and BIOTEC on starch-based utility, Sulapac’s value proposition is centered on premium aesthetics and a “ceramic” or “natural” feel.As of 2026, Sulapac has shifted its focus from niche luxury packaging (like cosmetics) to high-volume industrial applications such as thermoforming and reusable tableware.
Core Technology:
Wood-Composite BiopolymersSulapac materials are technically “bio-composites.” They use FSC-certified wood particles (by-products from the timber industry) blended with biodegradable binders.
Aesthetic Differentiation: Unlike most bioplastics that try to look like clear or white plastic, Sulapac is designed to look and feel organic. You can see the wood chips, which acts as a “sustainability signal” to the consumer.
No Permanent Microplastics: A key claim for 2026 is their verified marine biodegradability ($75.5\%$ in 420 days per ASTM D6691), ensuring that if the material escapes into the environment, it breaks down into CO₂, water, and biomass.
More to be listed.