Topic coverage

Industrial Composting

Industrial composting is the engineered, managed biological process that many compostable packaging claims depend on. This tag covers how industrial composting differs from home composting and soil burial, why the same biodegradable plastic can behave differently under each, and what temperature, moisture, oxygen and microbial conditions mean for degradation. Related articles examine certification routes, the difference between a compostable material and a certified finished package, and why facility acceptance is separate from a compostability claim. It also covers PLA specifically, clarifying that a bio-based polymer name does not by itself establish industrial compostability or real recovery options.

Regulations

PPWR Compostable Packaging: A Narrow Route, Not a Mandate for Every Pack

Article 9 identifies particular compostable formats and conditional national choices, while directing other biodegradable packaging toward material recycling.

Oct 21, 2026Guide & reference

Oct 19, 2026Guide & reference

Materials

Why the Same Bioplastic Degrades Differently in Industrial Compost, Home Compost and Soil

The same biodegradable plastic can degrade rapidly in industrial compost and slowly in home compost or soil. Temperature, moisture, microbes, crystallinity, thickness and polymer chemistry explain why.

Oct 17, 2026Guide & reference

Materials

PLA Plastic Explained: Is PLA Biodegradable, Compostable or Recyclable?

PLA is a bio-based thermoplastic with several possible end-of-life routes, but the material name alone does not prove compostability, home compostability or local recyclability.

Oct 17, 2026Guide & reference

Materials

What Is Compostable Packaging? Industrial vs Home Composting Explained

Compostable packaging only works as intended when the complete item, certification route and receiving compost system match. This guide separates industrial and home composting, certification and real facility acceptance.