Advantages and Disadvantages of Industrial Composting

Industrial composting is a controlled waste management process that uses high temperatures, moisture, and microbial activity to break down organic materials, including certified compostable packaging. While it plays an important role in reducing landfill waste and supporting circular economy systems, it also has certain limitations.

Advantages

Industrial composting significantly accelerates decomposition compared to natural environments. Under regulated conditions (typically 55–70°C), certified compostable materials such as those compliant with EN13432 or ASTM D6400 can break down within a defined timeframe. This process:

Reduces organic waste sent to landfill

Supports municipal food waste diversion programs

Produces nutrient-rich compost for agriculture

Helps brands comply with sustainability and ESG targets

Enables certified compostable packaging to perform as designed

For municipalities and retailers operating organic waste systems (such as FOGO programs in Australia), industrial composting provides a scalable and structured solution.

Disadvantages

However, industrial composting systems are not universally available. Key limitations include:

Limited infrastructure in many regions

Collection system dependency (source separation required)

Potential contamination from non-compostable materials

Higher operational and logistics costs

Public confusion between “biodegradable” and “certified compostable”

Without proper waste sorting and access to certified facilities, compostable packaging may not reach its intended end-of-life pathway.

Conclusion

Industrial composting is an effective waste recovery solution when supported by infrastructure, regulation, and correct labeling. For B2B buyers and packaging suppliers, understanding both its advantages and limitations is essential when selecting compostable materials for specific markets.