Urban wadis
Urban wadis 2.0 is a small scale urban nature-based solutions (for flood, drought, heatstress and waterquality) that you can find on the open source ClimateScan.org database with over 14.000 global climate adaptation projects.
Environmental Sustainability and Circular Economy
Multiple Uses Water Services (MUS) by SUSWA-NIRAS
A water resources management tool to improve the quality of life of marginalized and smallholders through MUS system promotions.
WASH Innovation Hub
WASH Innovation Hub (HIH) for accelerating SDG 6.0
Zyclonic (recycled water toilet system) by SCG Chemicals
A novel approach for providing pathogen-free recycled water to improve global sanitation - Technology and Implementation
ITN-BUET's Bioenergy-Producing Constructed Wetlands
Microbial Fuel Cell-integrated constructed wetlands to treat septic tank sludge: a novel way of harnessing bio-energy from human feces.
International RiverFoundation (IRF) Resilient Rivers Blueprint
WEF nexus in the context of the Resilient Rivers Blueprint framework.
Australian National University
Not only can pumped storage hydropower enable the transition to low carbon electricity grids, it can also help with providing firm power in the Himalayas and offers opportunities for multiple uses to benefit local people.
Charles Sturt University
A collaborative project with the Food and Agriculture Organization to improve water resources management in Indonesia by implementing a spatial analysis framework to identify river connectivity issues.
Mekong Region Futures Institute (MERFI)
Cross-sector engagement process and integrated assessment modelling for revealing and managing Nexus trade-offs.
Water Accounting Plus: ADB irrigation case studies
IHE Delft, in partnership with International Water Management Institute (IWMI), implemented various studies under the ADB assignment “Expanding support to Water Accounting in River Basins and Water Productivity Measurements in Irrigated projects” (42384-012). The studies aim to support (a) ADB’s lending and non-lending assistance in the water sector, and (b) the design of irrigation projects at an early stage at selected candidate projects. The main focus is on making the best use of remote sensing data and information to inform decision making.