Curious about REPLO®?
Find answers to common questions about how our additive works, speeds up biodegradation, and helps reduce microplastics without compromising performance.
REPLO® is a science‑backed, organic biodegradation accelerator additive that integrates into plastics and synthetic textiles during standard manufacturing. In biologically active waste environments (e.g., landfill, marine zones, wastewater, composting), REPLO® enhances microbial access to polymer chains, accelerating natural biodegradation without affecting product performance during use.
REPLO® works with a broad range of petroleum‑based plastics, including LDPE, HDPE, PP, PET and synthetic textiles such as polyester, nylon, spandex, acrylic, and their blends when added at the resin or polymer stage.
No. REPLO® is formulated to preserve tensile strength, durability, shelf life, melting behavior, elasticity, color and performance characteristics in both plastics and textiles.
REPLO® contains only organic compounds; it does not include microbes, enzymes, heavy metals, or regulated toxic substances. It attracts naturally occurring microbes in active waste environments but contains none itself.
No. REPLO®‑treated materials remain fully recyclable and have been tested using standard industry methods to confirm they do not negatively impact recycling streams or material quality when processed in conventional recycling systems.
Yes. REPLO® has been independently tested and verified to be compliant with major food safety standards in key markets. It is free of carcinogenic or regulated harmful substances, including those listed under California’s Proposition 65.
REPLO® is added during normal compounding or polymer feed processes (e.g., extrusion or injection molding) much like a colorant or additive masterbatch. No equipment upgrades or process changes are required.
REPLO® only accelerates biodegradation in active microbial environments, settings rich in bacterial and fungal activity such as landfills, composting facilities, or biologically active soils. REPLO®‑treated materials do not break down in dry warehouse, retail, or storage settings.
Yes, when exposed to active microbial ecosystems, REPLO® speeds natural biodegradation. Marine biodegradation depends on microbial activity, temperature, and exposure conditions; REPLO® enhances but does not force breakdown in sterile or low‑microbe environments.
REPLO®‑assisted biodegradation results in natural end products (carbon dioxide, water, biomass, humus) typical of microbial metabolism. Under anaerobic conditions (e.g., deep landfill), methane and CO₂ can be produced, similar to natural organic waste decomposition.
REPLO® has been validated through recognized international test methods such
as ASTM D5511 and D6691 (anaerobic and marine biodegradation protocols) and relevant ISO standards, demonstrating accelerated microbial breakdown compared to untreated materials.
While real‑world timelines depend on environment, product design, and waste conditions, third‑party testing shows REPLO® can reduce material persistence from centuries to years in microbe‑rich waste environments including: landfill, marine, waste water and industrial compost.
REPLO® is formulated to align with regulatory frameworks globally. Because biodegradation standards and labeling requirements differ by region (e.g., California’s SB54 extended producer responsibility rules and EU packaging directives), REPLO® support includes guidance on compliance and documentation to help manufacturers meet local laws.
REPLO® enhances sustainability outcomes by enabling materials to retain performance during use, remain recyclable, and achieve improved end‑of‑life biodegradation, supporting extended producer responsibility (EPR), reduced environmental persistence, and measurable progress toward global circular targets.
Yes. REPLO® is designed for compatibility across diverse polymer systems and textile formulations. Implementation guidance and testing support are available for complex or multi‑layer products.
Contact the REPLO® team for performance data, compliance documentation, testing results, or guidance on integration into your materials and sustainability programs.
REPLO® is compatible with a broad range of petroleum-based plastics: LDPE, HDPE, PP, PET, as well as synthetic textiles including polyester (PET), nylon (polyamide), acrylic, and polyester–spandex blends. Compatibility is achieved when incorporated during the resin compounding, extrusion, or fiber melt stage.
REPLO® is added as a masterbatch or direct additive during standard polymer feed, extrusion, injection molding, blow molding, or fiber spinning. No process retooling, additional equipment, or changes in temperature profiles are required.
Extensive testing confirms REPLO® does not compromise tensile strength, elongation, elasticity, thermal properties, color, or processability. It maintains performance throughout the product lifecycle.
REPLO® is a microbial biodegradation accelerator. It enhances microbial recognition of polymer chains by increasing surface accessibility and susceptibility to enzymatic attack in biologically active environments. The additive does not introduce microbes; it works with naturally occurring bacteria and fungi in landfill, marine, industrial compost, and wastewater systems.
Biodegradation is triggered in microbe-rich, moisture-containing, biologically active environments including landfill, marine, waste water and industrial compost. REPLO® remains inert during storage, transport, and consumer use i.e., dry or sterile conditions do not activate degradation.
Complete microbial metabolism results in CO₂, water, biomass, and humic compounds under aerobic conditions. Anaerobic environments, such as landfills, produce methane and CO₂, consistent with natural organic waste decomposition.
REPLO® has been validated according to ASTM D5511, ASTM D6691, ISO 14855, ISO 19679, and other recognized standards for both plastics and fibers. Testing demonstrates accelerated microbial degradation versus untreated control materials.
Under real-world, microbe-active conditions, REPLO® reduces polymer persistence from centuries to years. Exact rates depend on environmental conditions, polymer type, and product geometry.
No. REPLO®-treated polymers pass conventional mechanical and chemical recycling processes, retaining melt flow, molecular weight distribution, and color stability, and have been tested to ensure compatibility with existing recycling streams.
REPLO® is formulated to comply with international regulatory frameworks, including:
- FDA and EU food-contact regulations (for applicable applications)
- California Proposition 65 (safe for use)
- UN SDG 12 & 14 alignment
- Local compliance guidance is provided to manufacturers for EPR laws, labeling, and regional reporting.
REPLO® is suitable for consumer, industrial, and specialty applications. Food-contact, medical, and high-purity applications may require validation per local regulations; REPLO® documentation supports these assessments.
Yes. REPLO® integrates into multi-layer plastics, coextrusions, laminates, and reinforced fibers. Testing and formulation guidance is provided for specific use cases to ensure accelerated biodegradation without impacting functional performance.
REPLO® is designed for low-lift integration. Standard QA/QC procedures for polymer compounding and fiber spinning suffice; no additional monitoring of additive concentration or thermal stability is required.
REPLO® provides:
- Formulation guidance per polymer/fiber system
- Biodegradation testing data
- Regulatory compliance documentation
- Integration protocols for global manufacturing operations