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Nearly $130 billion dollars is needed to repair deteriorating infrastructures throughout North America.
And while steel and concrete may be the most popular methods for reinforcing structures, they are labor-intensive and time-consuming.
CIISolutions was formed in 2018 by Dr. Bahira Abdulsalam to provide a better solution. They specialize in the repair and strengthening of structures like bridges, parking structures, and seawalls with Fiber Reinforced Polymers (FRP).
CII Solutions is an engineering and manufacturing company based in Canada, and they provide advanced, sustainable, and cost-efficient solutions for the civil engineering sector.
This week, Dr. Abdulsalam joins me on the show to talk about the work they are doing at CII Solutions.
Dr. Bahira Abdulsalam has a Masters's Degree in structural strengthening using composites, a Pd.D. in FRP internal reinforcement, and a Post-doctorate Industrial Fellowship in composite manufacturing.
This week, I welcome William Hoff CEO of Geopolymer International, a firm that creates and distributes ecologically friendly building materials. William has been in the construction industry for over 40 years, with experience in massive projects and is an expert in concrete and concrete alternatives.
William focuses on sustainable materials, and commits to bringing new technologies compliant with standard certifications, and permitting requirements needed to make them a reality. Currently, he's working with Geopolymer, 3-D concrete printing, and modular housing to achieve his goals.
You can learn more about them by visiting https://geopolymerinternational.com.
This week, Martin Gambling of GRM Consulting joins me on the show to discuss how they are using OmniQuest's GENESIS is being used in the Motorsports industry today, and is migrating into automotive hypercar development, mainstream automotive, and marine composites sector as well.
This week, Bob Barsotti the global R&D manager of Arkema joins me on the show to discuss their Kepstan Pekk Resins.
These polyether-ketone-ketone resins are made from a tailored combination of two monomers and are designed for applications requiring extreme performance, usually in a combination of multiple categories.
Compared to PEEK resins, Kepstan® PEKK resins generally offer higher temperature performance, significantly higher compression strength, a broader range of tailored properties, improved barrier performance, and a better coefficient of friction control.
You can learn more by visiting https://www.extremematerials-arkema.com/en/product-families/kepstan-pekk-polymer-range/
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