Knowing where a school gets its water is a starting point. A useful assessment also asks how that water is stored, moved and used, and what the available test results actually show.
Look at the water pupils drink
A 2021 study examined stored drinking water in 374 rural schools in Mozambique and Uganda. It found an association between improved-type water sources and lower E. coli contamination in stored water. The study examined particular rural schools; its findings should not be treated as a current national estimate or a verdict on an individual school. [1]
For a site assessment, this reinforces the value of combining information about infrastructure with water-quality evidence. A source description alone cannot tell us which solution is appropriate for a particular school.
Follow the route through the site
- Source: where water comes from and how reliable the supply is.
- Storage: the tanks, access, cleaning arrangements and condition.
- Distribution: pipe routes, visible problems and the locations served.
- Drinking points: where pupils collect water and how they handle it.
Uganda’s 2020 WinS user guide treats school water, sanitation and hygiene as an ongoing responsibility involving the school community. Equipment sits within that wider picture. [2]
What this means for Ohm
Our approach combines a site visit, plumbing input, demand estimates and separately coordinated laboratory testing before a recommendation is developed. The purpose is to identify the work the school needs, rather than begin with a fixed product.
Explore Ohm’s water approach