Woodly To Join In Collaboration With CH-Bioforce For Future Projects
Woodly and CH-Bioforce are investigating the opportunity to develop ingredients for Woodly plastics production from feedstocks of waste and residue origin.
CH-Bioforce Awarded the Entrepreneurial Spirit of Turku Prize
Alongside with LangTech Oy and Raisio Oy, CH-Bioforce was recognized by the regional development company Turku Science Park represent the region’s traditionally strong spearhead industries, which have also received support and services from the development company and the region’s institutes of higher education.
Petri Tolonen to lead CH-Bioforce
With more than 30 years of international business experience, Mr Petri Tolonen M.Sc. (Eng.) has been appointed CEO of CH-Bioforce Oy.
CH-Bioforce Shortlisted for New Energy Challenge 2020 Competition
We were included in the Shortlist of the New Energy Challenge 2020 competition, which means we were in the TOP 10 of all companies!
Molar mass of lignin is the key factor in the production of a high-performance phenol replacement — new study
CH-Bioforce’s Lari Vähäsalo and Sebastian Von Schoultz are among the authors of an article entitled “Tailored Thermosetting Wood Adhesive Based on Hardwood Lignin Fractions”.
CH-Bioforce helps world’s biggest brewing company turn brewing waste into textiles
CH-Bioforce has been chosen for AB InBev´s global start-up accelerator programme, 100+Accelerator.
Three scientists and a garage – This is how it all started
Ever wonder how innovation happens? Here’s the story behind CH-Bioforce’s ground-breaking technology.
Straw as a promising sustainable feedstock option for the production of bio-based polymers
How can clothes, plastics and packaging be produced in a sustainable way? The ever-growing demand for environmentally friendlier options is shaping the production of daily consumables worldwide.
Towards a circular bioeconomy: lignin as a renewable alternative to chemical industry
The chemical industry is almost entirely dependent on petroleum. Everyday products, from plastics, cosmetics and paints to adhesives and drugs are often made from oil. However, global challenges such as climate change and plastic pollution are now shifting the focus towards renewable and biodegradable raw materials.
Towards a circular bioeconomy: natural polymers to stabilise technical emulsions
The emulsion-stabilising properties of wood hemicelluloses can be exploited through a number of value-added industrial processes and may help create a shift in industry towards a circular bioeconomy.