Project Status



Project Type:  Sand Dam

Regional Program: Southeastern Kenya WaSH Program

Impact: 3,000 Served

Project Phase:  Reserved

Project Features


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Community Profile

Most people in Kitulini must travel over three kilometers (1.86 miles) each way to the nearest water source. Said source is just a hole dug into a dry riverbed, but it's the 3,000 community members' only option.

Walking this distance takes a substantial amount of time in itself. But with 3,000 people all vying for water in the same spot, people arrive to the riverbed only to wait for their turn to scoop the brown, salty water into their jerrycans, one gourd-full at a time. Some families purchase donkeys so they can collect more water per trip, but not everyone can afford such a luxury.

With so much time wasted fetching water for households, people lack sufficient energy for things like farming or studying. This, in turn, holds community members back. Without enough food, they can't feed their families properly or sell any surplus for income.

"Most of us depend on this water point, which usually offers little water during peak drought periods," said 63-year-old farmer James Muthui Mukala (pictured above). "Thus, I am forced to bear the long queues, exhaustion, and time wastage. I cannot fully focus on farming or irrigating my garden because [our] water is insufficient. During the short rains, the water is contaminated because all the dirt finds its way to the open scoop hole."

"When I am sent to fetch water for my family, I find long queues that consume most of my time and energy," said 14-year-old Mwacha K (shown below, standing in the dry riverbed where people fetch water). "Just like other days, today I am waiting for my turn to fetch water at the scoop hole. I am left with little time to play with my friends or conduct remedial studies."

If the long distance and wasted time weren't enough, the water from the scoop holes is also not safe for human consumption. In the picture above, the riverbed is dotted with donkey waste, and this is the same soil that people dig down into to reach water. With no other water sources for miles around, the scoopholes are also shared with local wildlife. Dust, feces, salt, and other contaminants infest the water these people drink every day.

Unsurprisingly, people here often contract water-related illnesses like typhoid and dysentery. Infections like these can be deadly, especially when families don't have spare money for treatment. Without time or energy to spend on their studies and vocations, the spiral of water shortage and illness continues and worsens with each passing dry season.

The people of Kitulini need their own water source close to home so they can spend their time how they would like instead of walking and waiting in lines for dirty water.

What We Can Do:

Our main entry point into the community is the Self-Help Group, which comprises households working together to address water and food scarcity in their region. These members will be our hands and feet in constructing water projects and spreading the message of good hygiene and sanitation to everyone.

Sand Dam

After the community picked the ideal spot, our technical team went in and proved the viability by finding a good foundation of bedrock. Now, our engineers are busy drawing up the blueprints.

We are unified with this community to address the water shortage. As more sand dams are built, the environment will continue to transform. As the sand dams mature and build up more sand, the water tables will rise. Along with this sand dam, a hand-dug well will be installed to give community members an easy, safe way to access that water.

Building this sand dam and the well in this community will help bring clean water closer to the many people living here.

Training

These community members currently do their best to practice good hygiene and sanitation, but their severe lack of water has significantly hindered reaching their fullest potential.

We will hold hygiene and sanitation training sessions with the Self-Help Group and other community members to teach essential hygiene practices and daily habits to establish at the personal, household, and community level. This training will help to ensure that participants have the knowledge they need to make the most out of their new water point as soon as the water is flowing.

One of the most important topics we plan to cover is handling, storage, and water treatment. Having a clean water source will be extremely helpful, but it is useless if water gets contaminated when it is consumed. We will also emphasize the importance of handwashing.

The community and we firmly believe that all of these components will work together to improve living standards here, which will help to unlock the potential for these community members to live better, healthier lives.

We typically work with self-help groups for 3 to 5 years on multiple water projects. We will conduct follow-up visits and refresher training during this period and remain in contact with the group after all of the projects are completed to support their efforts to improve sanitation and hygiene.

Project Updates


April, 2023: Kitulini Community Sand Dam Canceled!

Thank you for your generous contribution towards a sand dam in Kitulini Community, Kenya. When we attempt to install new water projects, sometimes we hit a roadblock and are unable to complete the original plan due to factors outside of our control. Sadly, this project has been canceled because of community conflict.

If you have any questions, please know we are happy to discuss this change further. And we hope that a notice like this, although unexpected, is actually further proof your gifts are being carefully used towards a water project that lasts.




Project Photos


Project Type

Sand dams are huge, impressive structures built into the riverbeds of seasonal rivers (rivers that disappear every year during dry seasons). Instead of holding back a reservoir of water like a traditional dam would, sand dams accumulate a reservoir of silt and sand. Once the rain comes, the sand will capture 1-3% of the river’s flow, allowing most of the water to pass over. Then, we construct shallow wells on the riverbank to provide water even when the river has dried up, thanks to new groundwater reserves. Learn more here!


Contributors