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Plastics

Tocco Report: Biopolymer Realities

Signals, Failures, and Viable Paths in Today’s Biopolymer Market

Let’s be clear: biopolymers are not the answer to plastic. But they are the most material shift happening in plastics today. Biopolymers are a wide class of polymers that are either made by living organisms or derived from biological feedstocks — from corn, cassava, algae, sugarcane and wood pulp to microbial fermentation processes. Some are biodegradable. Some are industrially compostable. Others are simply bio-based versions of conventional plastics, behaving identically but sourced from plants instead of petroleum. This isn’t a new idea — but what’s new is the pace, pressure, and scale.

This report doesn’t celebrate “green” plastics. The Tocco team aims to map the current biopolymer field with precision. We hope to outline core material families and compares them on what really matters: performance, processing, compostability, regulation, and commercial relevance.

Glues & Adhesives 2030 Edition Report Cover

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  1. PLA Overview & Performance Limits
  2. PHA Overview & Novelty - Bacterial synthesis
  3. Starch Polymers, Pros & Pitfalls
  4. Protein-based Polymers
  5. Cellulose-Based
  6. Crustacean-Derived & Fungal Innovations
  7. Algae-Derived Polymers
  8. Synthetic Biopolymers & Novel Pathways
  9. Glossary
Black rubber material

Materials in focus

Explore the innovative materials shaping the future

1 - 5 of 17
Biodegradable
Explore the evolving landscape of biodegradable materials with a focus on biodegradable plastics.

Biodegradable

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Recycled
Discover the benefits and challenges of recycled materials, as well as insights into how recycling transforms waste into valuable resources.

Recycled

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Bamboo
Introducing bamboo as an interesting alternative material. Learn about bamboo's incredible growth, and processing into textiles, paper, and construction materials.

Bamboo

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Mycelium
Get into the world of mycelium, and discover its applications and the potential it holds for revolutionizing packaging and product design.

Mycelium

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Silk
Discover the intricate world of silk, its rich history, production processes, and its ethical alternatives.

Silk

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What's inside?

“Apart from absorbing large amounts of water, SAPs for applications such as disposable diapers and hygiene products must retain their absorbency under external pressures and in the presence of bodily fluid ions.” -
Namalab's work

“Apart from absorbing large amounts of water, SAPs for applications such as disposable diapers and hygiene products must retain their absorbency under external pressures and in the presence of bodily fluid ions.” - Namalab's work
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