How carbon-14-analysis works

Testfakta uses carbon-14 analysis to determine the proportion of biomass in different types of products. But how does it work in the laboratory? We turned to our partner RISE, the only laboratory in Europe accredited for determining the proportion of biogenic material with carbon-14 analysis.

Fine textiles from Finnish trees

The Finnish company Spinnova has developed a textile fiber created from cellulose. This is a step forward for a world in great need of textile fiber but where the raw materials have problems related either to their sufficiency or oil-based nature.

Reselo Rubber: The material turning birch bark into sneakers

The Swedish innovation company Reselo has developed a polymer from birch bark, a rubber that can replace both fossil-based rubber and synthetic rubber in the vast majority of applications: Reselo Rubber.

Toray announces biobased adipic acid for polyamide 66

Toray Industries, Inc. (Tokyo, Japan), has announced that it has developed the world’s first 100% bio-based adipic acid, a raw material for polyamide 66 (Nylon 66), from sugars derived from inedible biomass.

Simple method destroys dangerous 'forever chemicals,' making water safe

Using common reagents in heated water, chemists can splice and break down PFAS, leaving only harmless compounds

New technology can help combat climate crisis

Scientists have created a novel technology that can help to tackle climate change and address the global energy crisis.

Can today's plastics be replaced by fungus?

About 91% of plastic isn’t recycled and we consume about 5 grams of micro plastic waste in our food every week,. Microscopic pieces of plastic have been discovered in the most remote locations, from the depths of the ocean to Arctic ice. Another place that plastic is appearing is inside our bodies.

Humble Bee Bio

The New Zeeland company Humble Bee Bio is developing technology to produce a new type of bio-plastic that mimics the material produced by a special kind of bee, Hylaeus or the yellow-faced bees.


Stora Enso’s bio-based binder, NeoLigno®

Wood furnisher and inner walls in your home might not be as safe as you think. It may look like it’s made entirely out of wood but that is not necessarily the whole picture. The glues that hold it all together may contain potentially harmful chemicals as formaldehyde and isocyanate.

New Method of Creating Sustainable Polymers with Biomass

Among the global businesses responsible for 55% of the world’s plastic packaging waste are both state-owned and multinational corporations, including oil, gas, and chemical companies. Currently, there are about 8% of total fossil oils used to manufacture polymers. It is predicted that this number could increase to 20% by 2050.