University of Alberta
Explore University of Alberta's available technologies.
Concave Microlens Arrays with Tunable Curvatures for Enhanced Photodegradation of Organic Pollutants in Water: A Non-contact Approach
A solar-driven reactor incorporating non-contact concave microlens arrays (MLAs) for efficient photodegradation under solar light.
Renewable Polyurethane from Depolymerized Lignin: Catalyst-Free, Chemically Recyclable, and Shape-Adaptive
Decarbonizing Polyurethane: A high‐performance route that replaces fossil precursors with depolymerized lignin, sharply lowering the carbon footprint of industrial polymers. Next‐Gen Material Performance: Catalyst‐free l...
Novel Compound for Peptide Cyclization and Radiometal Chelation
Potential for use in peptide-based theranostics Effective in invoking cyclization of peptides
Inclusive Computer Programming Education for the Visually Impaired
Uses tangible, physical blocks to represent different code constructs, providing a hands-on approach that makes programming more accessible to a visually impaired audience. Provides real-time feedback, allowing for immed...
Modular Inspection Robot for Harsh Environments
Cutting-edge, autonomous robot with a modular design, capable of flexible movement and equipped for both visual and non-destructive testing (NDT) inspection modes. The engineered robot can operate in extreme fluctuating ...
Smart Self-Centered Shear Wall (SSCSW) System
Increases energy dissipation capacity. Improves recovery of structures after removing the loads compared to current steel plate shear wall (SPSW). Potentially improves the lifespan of a building under various loading con...
Smart Friction Pendulum System
Improves on the recovery capability of current friction pendulum systems Increases energy dissipation capacity
Reversible Bonding of Microfluidic Channels using Dry Adhesives
Create stronger reversible bonded microfluid structures with greater reversible adhesion strength, and higher fluid pressures than traditional systems based on van der Waals adhesion Microfluidic channels and structures ...
Cooling Rate Modeling for Welds and Metal 3D Prints
The algorithm enables all thermal sensors with different frequencies to measure the cooling rates of the meltpool and the solidified region during welding and additive manufacturing.
3D Thermal Imaging System and Algorithm
Innovative method to acquire 3D thermal images Integration of the vision systems and corresponding algorithms AI-driven computing engine for point space correspondence of different resolution data
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