by Insurance Institute of Ontario
November 13, 2019
303 Bay Street, Toronto, ON, M5H 2R1

Amphibious Construction for Flood Risk Reduction: Implications for the Insurance Industry

Flooding is the most frequent natural hazard in Canada, with each event causing property damage and social disruption. As climate change continues, the frequency and intensity of floods will only increase. Given this, how can individual homes be adapted to withstand floodwater?

In this talk, we’ll hear from Dr. Elizabeth English, one of the world’s leading researchers on amphibious construction. Her buoyant foundation retrofit adaptation solution allows for otherwise-ordinary structures to float safely on the surface of rising floodwater. By reducing flood risk to these existing homes and thus eliminating the likelihood of damage, can we increase the insurability of homes in floodplains that would otherwise be poor candidates for flood insurance?

Register now to hear Elizabeth’s thoughts on the potential of this technology—a discussion that will expand your views of flood damage reduction technology.

Join us at The National Club in Toronto on November 13, 2019 as we also recognize the 2019 recipients of the John E Lowes and Toronto Insurance Council Scholarships. It is a great opportunity to celebrate, network and learn.

Proceeds of the breakfast seminar will go to the John E. Lowes Insurance Education Fund. The fund awards financial assistance to students completing a post-secondary education, including property and casualty insurance studies. Please visit our website for more information on the John E. Lowes Insurance Education Fund.

Tables of ten pricing is also available.

Sponsored by: Swiss Reinsurance Company Ltd

Media Partner: Canadian Underwriter

The price of this event includes a hot breakfast.

Speaker:
Elizabeth English, Ph.D.
Founder and Director
Buoyant Foundation Project

 

Visit event's website
https://www.insuranceinstitute.ca/en/institutes-and-chapters/Ontario/Greater-Toronto-Area/Events/Event-Details?eventId=11412