BioLens v0

Petrochemical Transparency for Everyday Products

BioLens™ exposes how deeply petrochemicals are embedded in the products people use every day. Especially the ones that never tell you what they’re made of.

For the first time, consumers can see what’s behind the curtain.

Sign for Petrochemical Transparency
See Regenerative Alternatives at FiberFoundry.co

A prototype from the Bioeconomy Foundation

This early version of BioLens is built on a simple idea:
If consumers understood where petrochemicals hide in daily products, they could redirect their dollars toward safer, renewable alternatives and force industry to evolve.

How BioLens v0 Works

BioLens v0 is a transparent scoring tool built from four visible signals:

  • Product category

  • Main material

  • Packaging type

  • Typical price

BioLens turns those signals into:

  • Petro Load (0–100)

  • Risk Level (Low / Medium / High)

  • Bio Dollars — how much of your purchase flows into petrochemicals

Liquid products (shampoo, detergent, cleaners) automatically receive additional petro load due to known petro-based surfactants and polymer chemistry.

BioLens™ v0 - Live Prototype

BioLens v0 is the working prototype of our transparency engine.

It converts four visible signals into a Petro Load score, a Risk Level, and a BioDollar estimate helping consumers understand petrochemical dependency at a glance..

How to Use BioLens v0

Enter:

  • a product name

  • or a product category

  • or a primary material

…and BioLens returns:

  • Petro Load Score (0–100)

  • Risk Level

  • Bio Dollars

  • Known Petrochemical Inputs

  • Undisclosed Material Penalty (if applicable)

  • Suggested Hemp/Bamboo Alternatives

BioLens v0 — Petro Load & Bio Dollars

Enter what you know about a product. BioLens v0 uses simple, transparent rules (materials, packaging, category, and price) to estimate its Petro Load and how many Bio Dollars you can redirect by swapping to regenerative alternatives.

The Transparency Problem: Durable Goods Don’t Have to Tell You Anything

The Transparency Problem: Durable Goods Don’t Have to Tell You Anything

Most durable goods are not required to disclose their materials, including:

  • children’s toys

  • clothing and textiles

  • furniture and mattresses

  • kitchenware

  • appliances

  • household plastics

  • electronics

  • car interiors

  • cleaning tools

Brands are legally allowed to hide:

  • polymer types (ABS, PVC, PP, PET, EVA)

  • plasticizers and phthalates

  • PFAS and surface coatings

  • flame retardants

  • petroleum dyes

  • adhesives and resin blends

  • microplastic-generating fibers

BioLens applies an “undisclosed material penalty” to any product category where these are known to exist but not disclosed.

The petrochemical system thrives on opacity. BioLens blows that open.

 WHY DURABLE GOODS MATTER

Sample Output Cards

ABS Plastic Toy (Kids’ Toy Category)

  • Petro Load: 87

  • Risk: High

  • Bio Dollars: $0.92

  • Undisclosed Material Penalty: +15

  • Alt: Bamboo/Natural Fiber Composite

Polyester Throw Blanket (Textiles)

  • Petro Load: 78

  • Risk: Medium–High

  • Bio Dollars: $0.84

  • Undisclosed Material Penalty: +10

  • Alt: Bamboo viscose / Hemp-cotton blend

Nylon Kitchen Spatula

  • Petro Load: 90

  • Risk: High (heat-cycle exposure)

  • Bio Dollars: $0.95

  • Undisclosed Material Penalty: +20

  • Alt: Bamboo or hemp fiber composite

BioLens v0 doesn’t need proprietary ingredient lists to give consumers real transparency. It maps what’s already known about petrochemical behavior in consumer goods.

BIOLENS v1.5 (GS1 / UCC INTEGRATION)

Launching in 30 days.

BioLens v1.5 connects directly to the GS1 / UCC GTIN database to add:

  • product weight

  • packaging weight

  • packaging material

  • supply-chain metadata

  • unit count

Even with GS1, disclosure stops where “trade secret” exemptions begin.

That’s why BioLens is necessary.

 ROADMAP

v0 — Live Today

Visible inputs → estimated petrochemical footprint.

v1.0 — Category Chemistry Expansion

Polymer, fiber, and coating maps.

v1.5 — GS1 Integration

Automated packaging & weight ingestion.

v2.0 — Exposure + Life-Cycle Engine

Microplastic shedding, off-gassing, product aging, and biological contact modeling.

Search for Products + Bio-Based Alternatives
See the petrochemical load of everyday items and compare them to hemp and bamboo alternatives.

FiberFoundry.co — See Alternatives
Sign the Transparency Petition

WHY WE BUILT THIS

For a century, petrochemical companies built a system designed to keep consumers blind.

They hide behind:

  • trade secret exemptions

  • voluntary disclosure loopholes

  • undisclosed polymer categories

  • opaque supply chains

BioLens exists to reverse that.

Once consumers know the Petro Load, they can redirect their dollars — and redirect the system.

No Profit. No Power.

 IP & AI USE STATEMENT

BioLens is a human-created intellectual work.

The concept, scoring logic, system architecture, category chemistry, and analytical framework were conceived and authored by the Bioeconomy Foundation.

AI tools assisted but did not originate any part of the design or methodology.

All rights reserved.

PUBLIC USE DISCLAIMER

  • BioLens is an educational transparency tool.

  • Scores are estimates based on known material science, category chemistry, and publicly available data.

  • BioLens does not provide medical or regulatory advice.

  • Use of this tool does not grant rights to copy, modify, or commercialize any part of the system.