Livestock Water Recycling System
Water Resources:Â LWR’s goal was to develop a system that would economically capture and concentrate valuable nutrients from manure, while recycling up to 75% of it
EnviroPod
Stormwater: With an estimated 80% of the pollution coming from land, stopping it at source is a logical solution. By installing an EnviroPod in a
EMAGIN
Wastewater: Emagin’s AI learns from past patterns, predicts events, and optimises activities to reduce the water sector’s impact and maximise the productivity resources. Our technology
Water First Internship Program
Drinking Water: The Water First Internship program is a solution to what has been a long-standing challenge in too many First Nations communities: access to
SanEcoTec Ltd.
Early Adoption: SanEcoTec’s AVIVE® is a comprehensive water treatment program combining innovative know-how with advanced technologies to improve water management and crop productivity in produce,
Water’s Next 2019 Finalists Announced
Water Canada’s annual Water’s Next awards program honours the incredible achievements and ideas of individuals and companies that successfully work to make a positive change
The Water’s Next Awards Are Remarkable: Here’s Why
Water’s Next is a celebration of the best that the water sector has to offer across the country. Presented by Water Canada, the program is
A Message from CWS 2019’s Director
If you are like many professionals in the water industry, you attend a lot of events.  It’s the nature of our business in Canada that
James Thuch Madier, Rainmaker Enterprise
Addressing intractable intercommunal conflicts over limited water sources, extreme hunger, poverty, youth, and women unemployment in remote parts of Africa, starting in South Sudan by
Water Rangers
Early Adoption: An online platform designed to empower citizens to discover existing data, report issues, and record observations of their lakes, streams, rivers, and oceans. It also
Hydrologic and hydraulic assessment of the Welland River in Niagara Falls, WSP
Conveyance: The study’s purpose was to better understand the extreme flow conditions and the impact of downstream controls on flow, allowing for better response to extreme
