How It Works: Turning Plastic into Biomass

01

Advanced Molecular Transformation

Our additives are engineered to alter the chemical structure of the polymer, making it attractive to naturally occurring microbes. This alteration is imperceptible during the product’s use but becomes active only in microbe-rich environments like landfills, oceans, or composting sites.

Result:
Stability During Use: Unlike other degradable plastics, our materials maintain their full strength, flexibility, and usability throughout their lifecycle. They do not degrade or compromise functionality during manufacturing, usage, or storage.

02

Microbial Activation & Biomass Conversion

Only when the product reaches a microbe-rich environment, the altered polymer structure is recognized as a food source by specific microbes. This initiates the breakdown process, where microbes consume the material.

Result:
Complete Conversion:
The polymers are fully metabolized by these microbes, converting the plastics into non-toxic biomass, water, and carbon dioxide. This closed-loop system supports carbon neutrality by returning organic matter to the earth.

03

Complete Breakdown, No Microplastic Residues

Unlike conventional biodegradable materials that fragment into microplastics, BioFuture’s additives ensure a complete microbial consumption, leaving no harmful residues or toxic chemicals.

Result:
Environmentally Safe:
The end products—biomass, water, and CO₂—are non-toxic, contributing to soil health and environmental regeneration without any adverse ecological impact.

04

Recycling Compatibility and Circular Economy

Our additives recycling-friendly design makes plastics fully recyclable within existing systems. They maintain their integrity until exposed to a specific microbial environment, ensuring that recycling streams are not contaminated or disrupted.

Result:
Supporting Circularity:
By converting plastics into biomass, Bio Future supports the circular economy, enabling a sustainable lifecycle from production to regeneration.

Contact Us for BioFuture Material Specifics

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* Biodegradation rates of BioFuture's additives -treated plastic materials measured according to the ASTM D5511 test method. Tests are generally conducted using 20% to 30% solids content; solids content in naturally wetter landfills range from 55% to 65%, while the driest landfills may reach 93%. Actual biodegradation rates will vary in biologically-active landfills according to the type of plastic used, the product configuration, and the solid content, temperature and moisture levels of the landfill. BioFuture is certified recycling friendly.

Client feedbacks on our organic business

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John Peter

Health Enthusiast

Your organic business exceeds expectations with top and eco-friendly methods.

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Robert White

Farmer

Thrilled with the freshness and integrity behind every product from your organic business.

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Sarah Jones

Homeowner

Impressed by the quality sustainable practices of your organic business.

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Daniel Clark

Consumer

Grateful for the dedication to organic excellence evident in your business operations.

Our Top-notch works

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Organic Vegetables

Food

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Crop Cultivation

Crop

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Crop Harvesting

Crop

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Dairy goods

Milk

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Farming

Farming Practices

Implementing eco-friendly methods for sustainable vegetable cultivation and conservation.

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