When is the last time you thought about where your water ends up? The water that flows down the drain in the tub, that runs through the grates on the side of the road, that gets flushed down the toilet—all of it makes its way to treatment plants where it gets processed and cleaned before returning to our waterways. The plant treats incoming water for all types of waste and pollutants, but it’s micropollutants—those chemicals present in tiny amounts that can still cause widespread...
All content for USask Signature Series is the property of USask Research Profile and Impact and is served directly from their servers
with no modification, redirects, or rehosting. The podcast is not affiliated with or endorsed by Podjoint in any way.
When is the last time you thought about where your water ends up? The water that flows down the drain in the tub, that runs through the grates on the side of the road, that gets flushed down the toilet—all of it makes its way to treatment plants where it gets processed and cleaned before returning to our waterways. The plant treats incoming water for all types of waste and pollutants, but it’s micropollutants—those chemicals present in tiny amounts that can still cause widespread...
World-leading research and innovation - right in the heart of Canada. The USask Signature Series explores the cutting edge research taking place at the University of Saskatchewan. From quantum technology to agricultural innovation, sustainable communities to synchrotron sciences, the USask Signature Series will answer questions about the world using USask expertise. Are your pets good for your health?How do we prepare for the energy transition?What makes Saskatchewan farmers so effi...
USask Signature Series
When is the last time you thought about where your water ends up? The water that flows down the drain in the tub, that runs through the grates on the side of the road, that gets flushed down the toilet—all of it makes its way to treatment plants where it gets processed and cleaned before returning to our waterways. The plant treats incoming water for all types of waste and pollutants, but it’s micropollutants—those chemicals present in tiny amounts that can still cause widespread...
