The Nanocellulose Vehicle Has a Wood-Based Design
Michael Hemsworth — November 1, 2019 — Autos
References: yankodesign
The Nanocellulose Vehicle (NCV) has been developed by a consortium that's headed by the Kyoto University and supported by the Ministry of the Environment in Japan. The vehicle features an eco profile that is achieved using cellulose nanofiber (CNF) that's derived from wood pulp as an alternative to conventional metals that are used for car manufacturing.
The CNF material is reported to be 80% lighter than steel, while maintaining a durable profile that's five-times stronger than the metal. It is made using wood pulp that is left over from forestry and agriculture waste to transform an otherwise discarded material into an eco production alternative.
The Nanocellulose Vehicle (NCV) also features a highly recyclable profile but not fully biodegradable because of resin used to bind the fibers together.
The CNF material is reported to be 80% lighter than steel, while maintaining a durable profile that's five-times stronger than the metal. It is made using wood pulp that is left over from forestry and agriculture waste to transform an otherwise discarded material into an eco production alternative.
The Nanocellulose Vehicle (NCV) also features a highly recyclable profile but not fully biodegradable because of resin used to bind the fibers together.
Trend Themes
1. Sustainable Vehicle Design - Cellulose nanofiber material derived from wood pulp can potentially replace traditional metals in car manufacturing and offer a more eco-friendly production alternative.
2. Lightweight Material Innovation - The discovery and utilization of cellulose nanofiber material can potentially revolutionize lightweight designs in various industries beyond car manufacturing.
3. Circular Economy Advancement - The use of leftover forestry and agriculture waste to create a highly durable and recyclable material can potentially lead to new circular economy models and partnerships.
Industry Implications
1. Automotive - The cellulose nanofiber material can potentially offer a more sustainable and lightweight alternative to traditional metals in car manufacturing for reduced fuel consumption and emissions.
2. Aerospace - The lightweight and durable properties of the cellulose nanofiber material can potentially be applied to aerospace manufacturing for improved fuel efficiency and performance.
3. Packaging - The use of cellulose nanofiber material derived from forestry and agriculture waste can potentially revolutionize sustainable and recyclable packaging designs for various industries.
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