Our Material Solutions
Designed to Decarbonize
Our Solutions Offer
Balancing Impact with Industrial Performance
Engineered for performance and decarbonization, Biomera offers innovative sustainable material solutions derived from upcycled biomass to deliver measurable sustainability gains.
From Carbon-Negative Masterbatches that enhance existing plastics, to certified Compostable Materials (V1, V2), upcoming Plastic-Free innovations (V3), and fully Custom Formulations, we provide the tools to reduce your environmental footprint, meet regulatory demands, and transition to climate-conscious manufacturing.
Our solutions are tailored to your industry, performance needs, and impact goals.
Carbon-Negative Masterbatches
Decarbonize Without Compromise.
Instantly lower your carbon footprint and material costs without disrupting your existing production. Biomera’s customized carbon-negative masterbatches are concentrated additives from upcycled biomass waste that lock in CO₂.
Designed for seamless blending into conventional or bio-based polymers (PP, PE, PET, PHA, etc.), they displace virgin polymer content.
Our masterbatches significantly reduce the embodied carbon of your existing products (achieving low-carbon to carbon-negative results depending on formulation and loading), often without fundamentally changing material specifications or performance, while also lowering costs.
- Significant Carbon Footprint Reduction (Low-carbon to Carbon-Negative potential)
- Drop-in Compatibility (No new tooling or process changes)
- Cost Efficiency (Reduces virgin polymer usage)
- Performance Maintained or Enhanced
- SUPD & EPR Support (Helps meet eco-modulated fee targets)
- Optional food-contact compliant grades available.
Key Features & Benefits
Packaging, Consumer Goods, Automotive Components, Construction – anywhere you seek to decarbonize existing polymer applications.
Ideal Applications
Compostable & Reusable Materials
From Industrial-Grade
to Plastic-Free Home Compostables.
Biomera offers a range of advanced materials engineered for both responsible end-of-life through composting and, for many applications, designed for repeated use, aligning with EU Single-Use Plastics Directive (SUPD) requirements for reusability. This dual approach combines durability with biological circularity.
Our Compostable & Reusable Grades
- V1 (Industrial Compostable): Our initial generation is certified for industrial composting (targeting EN 13432 / ASTM D6400 with bodies like Din, TÜV). V1 is ideal for controlled waste streams where industrial composting facilities are accessible.
- V2 (PLA-Free, Home & Industrial Compostable): A key innovation, V2 is an independently developed, PLA-free material incorporating biomass fillers. It achieves strong environmental and performance results, targeting certification for both home (e.g., OK Compost HOME by TÜV, BPI) and industrial compostability, offering greater end-user flexibility. V2 materials offer excellent durability for repeated use, while remaining fully compostable at end-of-life.
- V3 (Plastic-Free, Home Compostable – Samples Target 2026): Our future 100% Bio-based (Plastic-free) material, engineered to be fully home and industrially compostable without any traditional bioplastics. V3 targets exceptional performance, full SUPD compliance, and a carbon-negative lifecycle.
- Certified Compostability (Tailored to industrial or home needs)
- Designed for Reusability (Many V1/V2 products, supporting SUPD)
- PLA-Free Options (V2 & V3 for specific market needs)
- Reduces Plastic Pollution & Reliance on Fossil Fuels
- Safe Chemistry (PFAS, BPA, SVHC-free)
- Food-Contact Compliant
Key Features & Benefits (Across V-Series)
Food Packaging, Foodservice Products (cutlery, cups, lids), Retail & Carrier Bags, Agricultural Films – for products requiring certified compostability and a regenerative end-of-life.
Ideal Applications
Custom Formulation & Consulting
Precision Materials for Specific Demands
When standard materials do not fully align, Biomera offers Custom Formulation. We develop advanced formulations combining functionalized biomass fibers (micro/nano scale), minerals, and tailor-selected polymer matrices to achieve your specific mechanical, compostability, reusability, sustainability, and cost targets.
We understand that attributes like compostability and reusability are not mutually exclusive; the optimal balance depends on your application, priorities (durability vs. biodegradation speed), and regulatory landscape. Our role is to engineer this balance.
- Needs Assessment & Feasibility Review
- Custom Compounding & Prototype Batches
- Processability & Performance Testing
- Scale-Up & Integration Support
How We Co-Create
Biomass type/source, Polymer matrix (or plastic-free structure), Compostability/durability profile, Carbon-negative targets, Reusability features, Regulatory compliance.
What You Can Customize
Novel applications, demanding performance specs, unique regulatory needs, achieving distinct sustainable material advantages.