Industrial biomaterial
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Nano sized cellulose fibres that deliver big enhancements.
A biomaterial derived from pulp makes concrete more durable and construction material lighter and more sustainable
The Opportunity
The construction industry is constantly trying to innovate with new materials and technologies to increase efficiencies, quality and strength, and reduce its carbon footprint. In this case, one solution – a biomaterial called nanofibrillated cellulose (NFC) – can help make concrete more durable with reduced cracking, and prevent rebar corrosion.
The Challenge
Performance Biofilaments had already established the benefits of its NFC as an addition to concrete in a wet form. But the wet format raised issues in some applications, including adding weight during transportation and shelf-life challenges during storage. A dry format was needed, which required product adjustments and formulations, and new performance testing to advance the development of this technology.
For a young company, the opportunity to diversify and meet even greater industry demand through a new product format is a game-changer. NPC’s support was a key part of our ability to do this important work.
NPC’s Solution
NPC provided Performance Biofilaments with over $105,000 through the Proof of Concept Program to conduct the required work to develop a dried version. At time of publication the work was nearly complete with highly successful results – performance of the dried product is in keeping with the valued properties of the wet product. In addition, additional health and safety requirements were identified, which are being pursued to ensure the product meets all standards before going to market.
NPC is committed to the creation of natural products that are better for people, animals and the planet. We propel early-stage Canadian innovators with the advice, connections and capital they need to develop and de-risk their solutions quickly and efficiently.
Performance Biofilaments
Description:
Sector(s):
Packaging, Apparel, BiomaterialsFunding Type:
Proof of ConceptProvince:
British ColumbiaFunding Amount:
$105,146
Year of Funding:
2022Name:
Gurminder Minhas