Glossary & Regulations
Biobased plastics are made of materials derived
from biomass (plants, e.g. corn, sugarcane, starch
etc.). They can be either biodegradable or nonbiodegradable, the term ‘biobased’ only indicates the source of the material.
Biocomposites are composites consisting of a
polymer and fibre, of which one or both can be
biobased. The polymer can be either biobased or
fossil based, and the fibre can be either natural or
synthetic. Examples of natural fibres include flax,
hemp, wood, cotton, coconut etc.
Biodegradable plastics break down under specific
conditions within a defined period of time. The
material decomposes by microorganisms into water, carbon dioxide, methane and sometimes biomass. Biodegradable material can be either biobased or made of fossil fuels, the term ‘biodegradable’ only indicates the end-of-life of the material.
The collection, sorting and (mechanical) reprocessing of used materials into new products.
Recycled plastic suitable for use in new products.
Form of recycling in which plastics are separated
based on polymer type and then shredded into
pieces, washed and remelted into granulates.
Being recyclable means that, in theory, the material of the package can be used in the production of new products. However, for a package to be actually recycled, it must be correctly disposed, collected, sorted and recycled.
Design for recyclability
Several factors may hinder the recycling process or influence the quality of the recyclate. It is important to take these into account when designing products.
Regenerative system in which products and
materials flow in cycles without loss in quality or
quantity. A circular economy aims to keep products, components, and materials at their highest utility and value at all times.
Black colourant for plastics, usually found in darker colours because it is cheap and has a very deep colour. Carbon black absorbs near infrared (light) used for material detection in recycling and can therefore not be recycled.
Treatment of materials and products after disposal. For packaging, materials can be reused, recycled, incinerated or dumped as landfill.
Life cycle thinking
An approach that goes beyond only considering
environmental impacts during production of
products, considering the impacts of all life cycle
phases. Life cycles phases typically consist of: raw
material sourcing, production, distribution, usage
- UN Sustainable Development Goals
- Paris Agreement on climate change
- Basel Convention
- New Plastic Economy
- European Strategy for plastics in a circular economy
- Plastic Pacts (UK, FR, NL)
- German Packaging Act (Verpack G)
EU plastic bag directive
Set: UN Sustainability goals
Set: Paris Action on Climate Change
Set: New Plastic Economy (NPE)
Chinese ban on plastic waste imports
Set: European Strategy for Plastics
Set: Plastic Pacts (NL, UK, FR)
German Packaging Act (Verpack G)
UN export restrictions on hard-to-recycle plastics
Tarief differentiatie (NL)
EU Waste Framework Directive
Transfer EU directives into national laws
EU ban on Single-use Plastics
EU ban on oxo-degradable plastics
EU introduction EPR in member states
EU connect caps to bottles <3L
EU to use 25% rPET in bottles
All plastics reusable, recyclable or compostable (NPE)
Plastic Pact targets to be reached
90% seperate collection target for bottles
EU to use 30% PCR in all bottles
Paris Action on Climate Change to be reached
UN Sustainability Goals to be reached
Due to the rapid evolution of the sustainability into the packaging sector as well as local differences of recycling processes and law, information provided within this document are for information only.
We advise you to check your local regulation’s update.