Project Status



Project Type:  Borehole Well and Hand Pump

Regional Program: Western Kenya WaSH Program

Impact: 415 Served

Project Phase:  In Service - Feb 2024

Functionality Status:  Functional

Last Checkup: 10/09/2024

Project Features


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The 402 students at Kokoyo Primary School carry the burden of finding and collecting sufficient water for use at their school, but the water they are collecting is making them and their teachers sick.

"The pupils carry water from home, which they draw from different springs, and the water is not safe for their health. They wake up very early to go and look for water before reporting to school," reported our field officer Mary Afandi.

After arriving at school with water they collected from home to be used throughout the day for drinking still, there is more work to do.

A hand-dug well in a neighbor's compound is open for one hour each morning so students can collect water for the school kitchen to make meals, but then the rest of their water must come from the local stream while they miss out on classes. But similar to other open water sources within the community, the stream where students collect water only provides contaminated water that is making people sick.

Waterborne diseases like diarrhea, stomachache, and typhoid are common and have resulted in absenteeism and hence a decline in students' academic performance.

"It was in 2019 when I was diagnosed with typhoid, which took [a] long time to heal. It made me repeat class five because I stayed home for two months," said 13-year-old Eugine M. (shown above).

“A significant proportion of diarrhoeal disease can be prevented through safe drinking-water and adequate sanitation and hygiene.” - WHO

And students are not the only ones affected. Teachers are also suffering the consequences of consuming contaminated, unsafe water.

"We are tired of being sick in the community. We use a lot of money for medication, and sometimes we lack the money to buy medicines," said Esther Shikomere, the 59-year-old headteacher, standing by the neighbor's dug well that the school has limited access to for cooking.

The school needs a well of its own so students and teachers can hopefully regain some of their health and time in class to make progress academically towards brighter futures.

What We Can Do:

New Well

We conducted a hydrogeological survey at this school and the results indicated the water table beneath it is an ideal candidate for a borehole well. Due to a borehole well's unique ability to tap into a safe, year-round water column, it will be poised to serve all of the water needs for this school's large population, even through the dry months.

The school will help collect the needed construction materials such as sand, rocks, and water for mixing cement. They will also provide housing and meals for the work team, in addition to providing local laborers. We will complement their materials by providing an expert team of artisans and drilling professionals, tools, hardware, and the hand-pump. Once finished, water from the well will then be used by the school’s students and staff for drinking, handwashing, cooking, cleaning, and much more.

Handwashing Stations

The student health club will oversee the two new handwashing stations we will provide, and make sure they are kept clean and in working condition. The club leaders will fill the handwashing stations with water daily and make sure they are always supplied with a cleaning agent such as soap or ash.

VIP Latrines

We will construct two triple-door latrine blocks using local materials that the school will help gather. Three doors will serve the girls and three doors will serve the boys. All of these new latrines will have cement floors that are designed to be easy to use and to clean. And with a borehole right on school property, there should be enough water to keep them clean.

Training on Health, Hygiene, COVID-19, and More

We will hold a one-day intensive training session with students, teachers, and parents. This training will cover a wide range of topics including COVID-19 symptoms, transmission routes, and prevention; personal and environmental hygiene; and the operation and maintenance of the borehole, latrines, and handwashing stations. There will be a special emphasis on handwashing.

Our team of facilitators will use a variety of methods to train, including participatory hygiene and sanitation transformation, and asset-based community development. We will initiate a student health club, which will prepare students to lead other pupils into healthy habits at school and at home. We will also lead lectures, group discussions, and provide illustrative handouts to teach health topics and ways to promote good hygiene practices within the school including handwashing and water treatment. We will then conduct a series of follow-up trainings before transitioning to our regularly scheduled support visits throughout the year.

We and the school strongly believe that all of these components will work together to improve standards at this school, which will help lead to better student academic performance and will help unlock the opportunity for these students to live better, healthier lives.

Project Updates


February, 2024: Kokoyo Primary School Well Complete!

We are excited to share that Kokoyo Primary School in Kenya now has access to a new safe water source thanks to the completion of their borehole well! Students and staff are already using the well's flowing water, which will provide them with a reliable water source for all of their daily needs.

We also installed new latrines and handwashing stations and trained students and staff on improved sanitation and hygiene practices. Together, these components will unlock the opportunity for these students to live better, healthier lives.

"I will wash my hands after visiting [the] toilet, and I will not go out during class time to look for water. I will now have more time to concentrate on my studies. I see myself improving significantly in my studies," shared 14-year-old Levy.

Levy at the new well!

"The water will enable us to clean the classrooms regularly, and the latrines will be clean, and also [we] will be able to do farm irrigation that will enable the school to have food out of season. We have enough water now in school; at games break, we have time to play football," Levy continued.

Teachers were just as excited as the students about the new well on campus.

Esther Shikomere, Head Teacher, shared her joy. "There will be good relationships with the community around the school because they will [have] access to the water point. The access to clean water from this water point will reduce [the] chances of waterborne diseases."

Esther Shikomere.

"The water point will help the school manage time because less time will be used to fetch water. Also, cleanliness in the school will be up to date, i.e., hygiene and sanitation as a whole. Lastly, any construction work that needs water will be easy to carry out," Esther concluded.

How We Got the Water Flowing

Parents, staff, and students all contributed to this well's success. After determining the best site for the well through a hydrogeological survey, we obtained approval and a license from the government to begin drilling.

To prepare, the school collected fine sand and water for cement-making. When everything was ready, our drill team and staff arrived at the school to begin work.

Drilling begins!

Drilling commenced with excitement in the air. The team drove down a temporary casing to keep the walls from collapsing as the rig progressed. We continued drilling to reach a final depth of 80 meters with a final static water level of 29 meters.

The drilling process can take up to three consecutive days to complete due to this region's hard bedrock, so the drill team set up a camp where they could rest and refuel. The school's kitchen staff and parents helped provide meals for the team, while the school provided a safe place for the artisans' accommodations and materials.

Once we reached the required depth, the team replaced the temporary casing with a permanent version and then bailed out the dirty water at the bottom of the well. The workers installed pipes, flushed them, tested the well's yield, and chlorinated the water.

Setting the cement pad.

After water treatment, we constructed a cement well pad to seal off the well from any ground-level contaminants. Tiles are installed beneath the spout to protect the cement from the erosive force of the water.

We also included a short drainage channel to carry spilled water away from the pump and prevent standing water. A soak pit absorbs runoff at the end of the drainage channel, further eliminating any stagnant water.

Completed well!

When the well pad was dry, we installed a new stainless steel AfriDev handpump and sampled the water for a quality test. The results showed this water was safe for drinking!
We officially handed over the new borehole to the school's students and teachers.

VIP Latrines

Outside their new latrine!

This project funded the installation of six new ventilated improved pit (VIP) latrines. These new latrines have cement floors designed to be easy to use and clean, locking doors for safety and privacy, and vents to keep air flowing up and out through the roof. With a well right on school property, there should be enough water to keep them clean.

Handwashing Stations

Excited about the new handwashing stations!

We set up two handwashing stations outside the latrines and handed them over to the newly formed student health club. Health club members will teach other students how to wash their hands at the stations properly, fill the stations with water, and ensure that there is always a cleaning agent available.

New Knowledge

We scheduled hygiene and sanitation training with the school's staff, who ensured that the training date would be convenient for pupils and teachers. When the training day arrived, facilitators, Mary Afandi and Rose Amulavu were deployed to the site to lead the event. 20 students and teachers attended the training, which we held in a classroom.

Training begins!

We focused on personal, menstrual, oral, and environmental hygiene; proper water handling; soap-making and the ten steps of handwashing; the importance of primary health care; the prevention of teen pregnancy and COVID-19; child rights; the operation and maintenance of the pump, well, latrines, and handwashing stations; and leadership and governance. During the latter, the students elected their peers to lead their newly formed student health club.

The student health club members will encourage good health and hygiene practices amongst their peers, teachers, and the larger community. By the end of the training, each pupil understood their role in sustaining clean water and good health within their school community.

The training took place with a representative group of students. They learned many things, though one of their favorite topics was soap-making. They learned how to make disinfectant and soap, and with this new knowledge, they can keep their school clean and conducive to learning and take those skills home to share with their families. This will give them the tools for a healthier life, and they can also sell the soap to contribute to their household incomes.

Learning how to make soap!

13-year-old Leah said, "The training was valuable to me because I have been taught how to make liquid soap and the reagents that are used to make the soap. I am going to use the knowledge to teach my family and my neighbors how to make liquid soap and sell [it] to make an extra coin to our pockets."

Leah fetching clean water!

Conclusion

This project required a substantial collaboration between our staff, our in-country teams, and the community members. When an issue arises concerning the well, the students and teachers are equipped with the necessary skills to rectify the problem and ensure the water point works appropriately. However, if the issue is beyond their capabilities, they can contact their local field officers to assist them.

Also, we will continue to offer them unmatchable support as a part of our monitoring and maintenance program. We walk with each community, problem-solving together when they face challenges with functionality, seasonality, or water quality. Together, all these components help us strive for enduring access to reliable, clean, and safe water for this community.

With your contribution, one more piece has been added to a large puzzle of water projects. In Kenya, Uganda, and Sierra Leone, we're working toward complete coverage. That means reliable, maintained water sources within a 30-minute round trip for each community, household, school, and health center. With this in mind, search through our upcoming projects to see which community you can help next!

Thank you for making all of this possible!




January, 2024: Kokoyo Primary School New Well Underway!

The lack of adequate water at Kokoyo Primary School costs students time, energy, and health every single day. Clean water scarcity contributes to community instability and diminishes individuals’ personal progress.

But thanks to your recent generosity, things will soon improve here. We are now working to install a reliable water point and improve hygiene standards. We look forward to sharing inspiring news in the near future!




Project Photos


Project Type

Abundant water is often right under our feet! Beneath the Earth’s surface, rivers called aquifers flow through layers of sediment and rock, providing a constant supply of safe water. For borehole wells, we drill deep into the earth, allowing us to access this water which is naturally filtered and protected from sources of contamination at the surface level. First, we decide where to drill by surveying the area and determining where aquifers are likely to sit. To reach the underground water, our drill rigs plunge through meters (sometimes even hundreds of meters!) of soil, silt, rock, and more. Once the drill finds water, we build a well platform and attach a hand pump. If all goes as planned, the community is left with a safe, closed water source providing around five gallons of water per minute! Learn more here!


Contributors

4 individual donor(s)