BOREHOLES DRILLED
SHALLOW WELLS DUG
BOREHOLES REPAIRED
PEOPLE ACCESSING CLEAN WATER
With a large portion of Ugandans still without easy access to safe drinking water, investing in a variety of water projects is a critical part of the work of JENGA. Partnering with local communities, JENGA has provided tens of thousands of people with clean water. The recipients of this aid are also educated on how to improve hygiene and sanitation, both of which are integral to the development and success of these projects. The implementation of water projects varies depending upon the community and its topography.
BOREHOLE DRILLING
A trained engineer uses a specialised rig to drill a small, deep hole through the bedrock to reach fresh water below. Pipes are inserted into the hole and a tap with a hand pump is installed above. Local residents are then able to pump water that is safer to drink.
SHALLOW WELLS
Many local communities already have access to an existing water source which is often a self-dug, rudimentary well. JENGA takes that existing source, installs a natural filtration system, sterilises it and seals it off from the intrusion of polluted top water. A pump and handle are finally attached, saving local women and children the work of pulling 20 litre jerry cans up to 30 metres to gather well water.
RAINWATER HARVESTING
Large environmentally friendly clay tanks are constructed above ground and connected to specially installed guttering systems on local homes. Rainwater passes through the guttering before collecting into the protected tank. Access to the water is via a small tap towards the bottom of the container.
GRAVITY FLOW SYSTEMS
Based in the foothills of Wanale mountain, JENGA has rehabilitated a number of existing gravity flow systems. Water sources have been enlarged and protected, pipe systems have been extended and additional tap stands have been installed. JENGA has also facilitated community mobilisations and trainings – water committees have been formed that empower the locals to own the upkeep of their water systems.