AME SEU RIO (Brasil)

Synoposis: AME had a very successful crowdfunding campaign achieving 147% of their target to be able to expand their project. AME SEU RIO is a project to systematize the learning and expansion of the AME TUCUNDUBA initiative in Brasil, which will facilitate the methodological tools created by the initiative on urban rivers and their management for residents…

The Native Waters Network (Australia)

Synopsis: This team won a $5000 seed grant award from Water Services Association of Australia during WIL Australia and have gone ahead and conducted events in the US, Canada and Australia and are building their strategy.  There is a gap when making decisions in water resource management between policy makers/ scientists, and Indigenous leaders in…

Ilhas Flutuantes (Floating Islands) – WIL Brasil

Synoposis: Ilhas Flutuantes was recently invited by WIL Brasil in partnership with Pernod-Ricard to construct and install 6 Floating Islands in Parque Burle Marx as part of Pernod-Ricard’s international ‘RESPONSIB’ALL Day’ on June 7th with a team of WILers facilitating the process!  Inspired by the concept of biomimicry, Floating Islands are active systems for treatment, purification…

FirstDrop – shifting attitudes towards drinking recycled water (Australia)

Synopsis: This project won a Jacobs $5000 mentorship award at WIL Australia.  Communities lack understanding around the future of Melbourne’s drinking water supply and recycled water. How can communities be aware, informed and acceptant of alternative drinking water supply? FirstDrop is an awareness tool that permits a shift in attitudes towards drinking recycled water once…

Rain It In! – a student competition for flood management

Synoposis: This project that won a $5000 Durham College seed grant award has now launched its website and competition.   www.rainitinsc.com Rain It In! is addressing the problem of flooding being a growing concern, with intense and sporadic rainfall events becoming more common. This has many negative impacts such as wastewater bypasses, sewage back-ups, infrastructure damage, public safety risks, pollution…

GreenLoo(p) – Sustainable Washrooms

Synoposis: The water-food-energy nexus is a large and complex challenge, but what if the interconnectivity of these three important parameters could be contained and demonstrated in one system?  The Green Loo[p] concept addresses pollution from open defecation in an ecologically sustainable system that is energy self-sufficient, reduces water demand with rainwater harvesting and wastewater reuse,…