Project Status



Project Type:  Rainwater Catchment

Program: Wells for Masindi / Jinga Uganda

Impact: 500 Served

Project Phase:  Decommissioned

Project Features


Click icons to learn about each feature.



Community Profile

The report below from our partner in the field gives some great information on the construction of a new rainwater harvesting system at Kifuruta Primary School in Uganda:

Introduction

Located in Kigumba, one of the  sub-counties that hosted the internally displaced people due to Joseph Kony’s LRA war in northern Uganda, Kifuruta Primary School  with an enrollment of 802 pupils (399 boys and 403 girls) is known for its huge number of pupils that have not only led to high teacher pupil ratio but also dire need for access to clean water for both drinking and other WASH related activities.  According to Mrs. Tumusiime Pauline the Head teacher, Government sunk a borehole at this school which pumps out highly turbid water and has since been abandoned. The Local government later procured for them a plastic water tank which is insufficient due to the huge population at school.

In an effort to contribute to good sanitation at this primary School, The Water Trust will construct a ferrous- cement water tank to harvest rain water that will contribute to WASH activities. Our social team will conduct training in good sanitation and a health club will be elected at Kifuruta Primary School.

Improved water sources reduce diarrhea morbidity by 21%; improved sanitation reduces diarrhea morbidity by 37.5%; and the simple act of washing hands at critical times can reduce the number of diarrhea cases by as much as 37%.

In most schools, girls are faced with poor facilities, inadequate water for washing, lack of soap, no privacy and  non-functioning or insufficient toilets. This reduces school attendance. In Uganda, a UNICEF funded case study  that involved 300 primary school girls showed that 94% of the girls had some problems at school.

According to the WHO, diseases due to poor water supply, sanitation, and personal and domestic hygiene cause 4.0% of all deaths and 5.7% of all disability or ill health in the world. Moreover, waterborne illnesses predominantly affect the poor and the young. When basic water, sanitation, and hygiene interventions are applied, waterborne illnesses can be effectively reduced(www.who.int)

December 4, 2013

The procurement process of a contractor to take on this project has been completed, and a contract already signed. Siting has been conducted and a suitable location, strategically near latrines has been located and construction work flagged off.

December 10, 2013

Progress on construction is good. The school management is optimistic that this tank will avert poor sanitation relater diseases. View the progress in the pictures below.

January 14, 2014

All works on the rainwater harvesting tank have been completed and ready for use. Plans to hand over this facility to the school management committee will take place as soon as the school reopens for 1st term on February 3, 2014.

Project Updates


March, 2024: A Project Change at Kifuruta Primary School!

Projects, like water itself, are fluid.

Sometimes, there are unique circumstances that can neither be resolved nor reversed that turn a well-loved water point into one that has failed to meet the expectations of both the community it serves and our own commitment to help provide access to safe and reliable water.

Unfortunately, the water harvesting system is no longer meeting the water needs of Kifuruta Primary School, despite repeated efforts, spent resources, and a lot of patience from the community and our team.

The Water Project, the school administration, and local leaders have decided together that decommissioning the water harvesting system was the best course of action. As a result, we will no longer make monitoring visits here.





Project Type

For a rainwater collection system, we build gutters around a building with good, clean roofing to channel rain where we want it. From there, the water falls through a filtered inlet pipe into a high-capacity storage tank, the size of which is based on population and average rainfall patterns. In the tank, water can be stored for months, where it is easily treated and accessed. Learn more here!


Contributors

Dave and Selma Hangsleben
1 individual donor(s)