The University of Alberta will unveil new technologies its researchers and students will use to replace inadequate water purification and monitoring equipment in remote communities in Canada and India.
The technology talk and overview of the U of A's Water Initiative takes place Feb. 16 in Boston at the annual conference of the American Association for the Advancement of Science.
Greg Goss, executive director of the U of A's Water Initiative, will speak for the university at the AAAS event.
"The University of Alberta is developing new water purification systems such as engineered nanomaterials, and a microchip technology that reduces wait time for water content analysis from days to hours," said Goss. "Our students and researchers will be boots on the ground in water-challenged communities, putting U of A technologies to work at home and in India."
In Canada, U of A undergraduate and graduate students will work in communities as varied in size and location as Thorsby, 30 minutes south of Edmonton, and the hamlet of Pangnirtung, 50 kilometres south of the Arctic Circle.
In India, the U of A team will test and install next-generation water purification technology in two locations: the city of Nagpur and the remote town of Banga in Punjab.
The U of A technologies include new rapid detection for pathogens and contaminants, new low-energy UV treatment technologies, and novel engineered nanomaterials. Goss says that when introduced into a drinking-water supply, biologically benign engineered nanoparticles passively degrade organic and biological contaminants, thereby making the water safe to drink.
The U of A-India collaboration is a federally funded Networks of Centres of Excellence program, called IC-IMPACTS, in which the Integrated Water Management theme is led by U of A engineering professor Sushanta Mitra.
"The initiative integrates the work of the U of A's science faculties with the social, economic, legal and cultural research strengths of the university," said Mitra.
Explore further: Study urges 15-year plan for low-carbon growth