The six finalists of the Bio-based Material of the Year award, presented by the nova-Institute for Ecology and Innovation to those developing new applications and markets for bio-based products (those derived from living organisms), have been named.
The competition focuses on new developments in these areas, which have had (or will have) a market launch in 2014 or 2015.
Six candidates from companies in the United Kingdom, the United States and Germany have been chosen by a jury consisting of representatives of the nova-Institute, the advisory board, and sponsors and partners of the International Conference on Bio-based Materials (which will be held in Cologne between 13-15 April) from 24 submissions, and one winner and two runners up will go on to be awarded a certificate and receive a directory listing on the nova-Institute website.
The six nominated companies and products are:
A bio-based polyurethane (made from polyisocyanate based on pentamethylene diisocyanate) cross-linker for high-performance automotive coatings. It enables the production of bio-based polyurethanes for the coating of cars, providing weather resistance, the ‘self-healing’ of superficial scratches and ‘great optical properties’.
A bio-sourced composite for aircraft applications. The lightweight, fast-curing composite is made from flax, basalt yarns, and sugar-based bioresin and is suitable for aircraft and rail applications and will go into production this year in a lightweight galley cart.
A bio-based polyamide 12 made from kernel oil 12 – This material can be used in high-performance products such as motor vehicles and large-volume pipes.
A hemp-based reinforced plastic. The granulate can be used in injection moulding for a range of applications, including those in the automotive sector.
A bio-derived spandex made using renewable butanediol. Approximately 70 per cent comes from the renewable resource meaning fabrics and garments can be made with reduced carbon and fossil fuel footprints.
A biodegradable polymer based on lignin. The biopolymer compound has optic and haptic properties and can be used for 3D printing.
Each of the six companies will now give a short presentation at the International Conference on Bio-based Materials, and the three winners will be decided by a vote of those attending the conference.
The plant, which occupies a 165-acre tract of land near Sacul in east Texas, is fueled by non-merchantable wood waste. This is a combination of wood-based biomass fuels consisting primarily of saw mill or other wood mill production waste, forest waste, precommercial thinnings of cultivated trees, and diseased and other non-commercial tree species. There is also the potential for the use of urban wood waste, tree limbs and branches produced by storms and other non-commercial logging-derived biomass, Southern says. (more…)