Atmospheric water generation with nanostructured material

Atmospheric water harvesting allows arid regions with low rainfall or unsustainable/expensive groundwater resources to collect fresh water from the air to meet their needs. Typical water harvesting methods rely on a simple principle: humid air is forced through a mesh net, where water condenses and droplets drain away through gravity. However, these traditional approaches face limitations with respect to the rate at which water can condense and drain away from the surface. AWN Nanotech Inc. has developed an alternative configuration for water harvesting, relying on a nanomaterial-enhanced, functionalized porous substrate that
will promote water nucleation and actively “pump” the condensed water away from the surface for collection through capillary action. AWN requires the expertise developed at Polytechnique Montreal and McGill University in surface engineering and nanomaterial synthesis to refine design parameters for their new configuration and construct testable systems. This project will allow the development of a new, Canadian water harvesting system capable of revolutionizing how fresh water is supplied. With a worldwide market estimated at nearly 1 billion USD by 2020, not to mention the decreasing levels of Canadian fresh water sources, the successful outcome of this project will yield substantial benefits to the Canadian economy.

Faculty Supervisor:

Jason Tavares

Student:

Partner:

AWN Nanotech

Discipline:

Engineering

Sector:

Manufacturing; Professional, scientific and technical services; Transportation and warehousing

University:

Polytechnique Montréal

Program: