Plantics develops chair that absorbs more C02 than it emits
December 14, 2020The sustainable chairs are developed by UvA spin-off Plantics in collaboration with furniture manufacturer VepaDrentea. The seat is made of hemp and resin, both of which are completely organic, platy and recyclable. UvA researchers Prof. Gadi Rothenberg and Dr. Albert Alberts accidentally found a sticky mass in their search for a biofuel from biological waste material. This turned out to be a unique type of resin that has been patented worldwide with the help of IXA-UvA. This resin is an essential part of a recently launched furniture line. More C02 is absorbed during production than emitted.
UvA researchers Prof. Gadi Rothenberg and Dr. Albert Alberts accidentally found a sticky mass in their search for a biofuel from biological waste material. This turned out to be a unique type of resin which has been patented worldwide with the help of IXA-UvA. This resin is an essential part of a recently launched furniture line. The chairs have a fully organic, plant-based and recyclable seat. More C02 is absorbed during production than emitted.
More news
Contribute to Amsterdam’s Future: test your innovation at SAIL and the Amsterdam Marathon
Are you looking for a testing ground for your innovation? SAIL and the Amsterdam Marathon present an excellent opportunity to test your ideas. These major events attract millions of visitors and come with sustainability, accessibility, and logistical challenges that need fresh solutions. The In Residence Events program allows you to test your innovation during these […]
News
Tackling learning difficulties in Academic Workplace
The Academic Workplace Rudolf Berlin Center (AW RBC) aims to make a meaningful contribution by supporting young people with learning disabilities through enhanced education and care.
News
VU researchers develop research equipment to identify contaminants in water
Water, comprising over 70% of our planet, is the source of all life. The presence of emerging contaminants in our water, including pharmaceuticals, pose serious health and environmental risks, such as DNA damage, reproductive issues, and cancer. New equipment to detect these contaminants developed by VU researchers has been sold to other research groups all over the world. Now the researchers are taking the next step, together with IXA, to expand sales to water companies worldwide as well as other applications such as food and drug discovery research.
News