No Comments

Resolute is Developing a Clear Future for Cellulose Filaments 

As Resolute’s new cellulose filaments plant at our Kénogami (Saguenay, Quebec) paper mill nears completion, the company is focusing on bringing commercial volumes of this innovative biomaterial to the marketplace.

Working closely with key partners Performance BioFilaments and FPInnovations, and through the continued support of the ministère des Ressources naturelles et des Forêts du Québec Wood Innovation Program, Resolute is working to commercialize a translucent film made of cellulose filaments (CF).  

This product could potentially replace clear plastic films used in a number of everyday applications, notably in store packaging of fresh foods. For example, the plastic window on a typical premium bread bag can be replaced with the new CF-based film, representing a 100% biosourced package that can be easily disposed of through a single-stream recycling collection system or a typical municipal composting infrastructure. This product offers a sustainable alternative to single-use plastics in a range of applications. 

For an industry that typically produces opaque printing paper, the development of a see-through product was no small challenge. With the help of Innofibre and support of FPInnovations, Resolute successfully produced pilot quantities of CF film. Rolls produced during multiple trials have been successfully used in converting on commercial bag lines with potential customers. Resolute and Performance BioFilaments are now working with manufacturers of these novel films. 

“Bio-based translucent film is another example of what our cellulose filament product platform can lead to. Improving the sustainability profile of packaging products is an exciting challenge, and we believe that we can be part of the solution,” said Alain Bourdages, vice president, Innovation and Energy. “This development shows that wood-based products have a clear future.”

Translucent film produced from cellulose filaments is a clear example of the promising future for this novel biomaterial.
Recent Posts

Similar Posts

Leave a Reply

Your email address will not be published. Required fields are marked *

Fill out this field
Fill out this field
Please enter a valid email address.

This site uses Akismet to reduce spam. Learn how your comment data is processed.