Novel Methods for Creating Eco-Friendly High Performance Aerogels

We are testing a novel approach that enables us to create structures with specific sizes and shapes within aerogel using syringe pumps and 3D printers. This method enables specific internal pore structure design. This is possible because freeze-drying removes ice structures placed within the wet gel. Once the aerogel is lyophilized, it will have cavities in the precise shape of the ice structures. Tuning an aerogel using ice structures like this will enable new advances in aerogel optimization in many fields. Additionally, coating the ice structures and freezing chemicals within the ice makes a new additive distribution method possible, which could lead to novel attributes and interactions.
The benefit to the partner organization is creating new technology that matches up to cutting-edge applications in many fields. We are focusing on electromagnetic wave insulation and thermal insulation.

Faculty Supervisor:

Milad Kamkar

Student:

Partner:

Airsero

Discipline:

Engineering

Sector:

Professional, scientific and technical services

University:

University of Waterloo

Program: