The aim of the bioeconomy is to move industry’s raw material base towards a greater use of biogenic raw materials or to increasingly use bioinspired processes and bring to the forefront issues such as climate protection and sustainability. The bioeconomy therefore creates new opportunities for services, technologies and products. Bioeconomy products already exist, especially as far as chemicals and materials are concerned.
Fossils are decomposed remains of prehistoric plants and animals.
The symbiosis between different organisms within their environment is called ecosystem.
According to the European Committee for Standardization (CEN), biobased products are defined as "products wholly or partly derived from biomass, such as plants, trees or animals. A biobased product is normally characterised by biobased carbon content or biobased content. The product may be an intermediate, material, semifinished or final product” (EN 16575: 2014).
In particular, biobased value creation means developing products that can last on the market and meet the sustainability requirements of the bioeconomy. This balancing act is not easy, because biobased products usually have a price disadvantage compared to fossil-based products. The consequential damage to ecosystems is not priced in for fossil-based products. Fossil-based production processes have also been established for many decades and are therefore closely coordinated.
Nevertheless, companies have already achieved economic success with some bioeconomic products. Biobased products have the potential to replace or improve fossil products; biobased products with completely new properties can create completely new solutions. This is made possible through the interplay of technological innovations, as well as environmental and economic benefits. It is not just the raw material base that counts, but also the willingness to innovate with regard to the use and development of biobased technologies.
The diversity of the bioeconomy means that biobased products are not restricted to one industrial sector. There is a relatively broad spectrum of applications and markets. Specific examples of biobased products are shown in the diagram. The focus of a biobased economy is to increase value creation with these and other products, while always bearing sustainability in mind.
Carbon fibre is increasingly found in airplanes, cars and wind turbines. Carbon fibre is still made from oil and relatively expensive. However, this is soon to change. Researchers from the German Institutes of Textile and Fibre Research in Denkendorf (DITF) are working on the development of cost-effective carbon fibre made of lignin, a by-product of papermaking.
Baden-Württemberg is known for innovation in textiles and for playing a decisive role in the development of sustainable textiles for the future both in the clothing and the booming technical textile sectors. Companies and research institutes are focused on making the entire textile value chain from raw materials, production and useful life to disposal more sustainable than ever before.
Wood pulp as well as hemp and flax are renewable raw materials that can be processed into fibres of a new performance class using innovative technologies. They are environmentally friendly and help to solve waste problems. Products and processes for these fibres of the future are being developed at the DITF Denkendorf. They are suitable for textile and technical applications.