QUESTIONS & ANSWERS
Frequently asked questions.

Bioplastics are not biodegradable per se – it depends on the type. Some, such as PLA (polylactic acid), only decompose under certain conditions, for example in industrial composting plants. Others, such as PHA (polyhydroxyalkanoates), degrade more quickly and completely.

The term bioplastic says nothing about the degradability of the material. It is therefore crucial to choose the right bioplastic for the respective area of application in order to be able to correctly assess the actual environmental compatibility.

Whether packaging made from bioplastics can be recycled depends on the material in question.

- Bio-based, non-biodegradable plastics such as bio-PE or bio-PET can often be processed in the existing recycling system, similar to conventional plastics.

- However, bio-based, biodegradable plastics such as PLA or PHA are currently not recycled in most traditional recycling systems.

Recyclability therefore depends heavily on the type of material and the recycling options available. It is important to know the appropriate disposal and recycling routes for each type of bioplastic to ensure environmentally friendly disposal.

In Germany and Austria, industrially compostable plastics are generally not allowed in organic waste, with the exception of compostable organic waste carrier bags. Disposal in waste paper or the “brown garbage can” is also not possible.

Currently, the most environmentally friendly option is disposal in the yellow garbage can or yellow bag. Although bioplastics are currently still sorted out and incinerated there, as recycling is not economically viable due to the low quantities in circulation, incineration only releases as much CO₂ as the plants have absorbed during their growth.

In the future, however, the recycling of bioplastics could be worthwhile if their share in the waste stream increases. It therefore makes sense to dispose of them correctly now via the yellow garbage can to make it easier to recycle them later.

Switching to bioplastics allows your company to combine environmental responsibility with economic benefits. Bioplastics made from renewable raw materials reduce dependence on fossil fuels and lower the carbon footprint. They have a wide range of uses – from packaging to automotive components – and offer sustainable solutions for various applications.

Bioplastics offer several advantages: They are made from renewable raw materials, which reduces CO2 emissions. Many are biodegradable or compostable, thus reducing environmental impact. Compostable bioplastics contribute to the circular economy and close the natural waste cycle. The use of sustainable materials promotes responsible consumer behavior and offers innovative, sustainable solutions that reduce dependence on petroleum.

In short, bioplastics are an environmentally friendly and versatile alternative to conventional plastics.

The composition of our compounds varies depending on the material requirements. The main components are predominantly renewable raw materials such as cellulose and starch, as well as mineral raw materials such as chalk and kaolin. Thus, our products offer a sustainable alternative to conventional plastics.