COMPLETED PROJECTS
Tagadirt Well
Well dug in the douar Tagadirt NaytBaoun, Morocco. The douar is located 38 km from the village of Imintanout in the region of Marrakech. The inhabitants used to get water from a single source after a one (1) km walk. Moreover, the water flow of this source has become weak following the years of drought.
Location
Douar Tagadirt-NaytBaoun, Imintanout, Chichaoua province, Morocco
Features
Drilling of 130m
Pipeline
Electric Pump
Water Fountain
Number of beneficiaries
~ 500 beneficiaries
8 500$ CAD
Raised $8,500
Benefits
Provide drinking water to the residents
Serve the local mosque
Serve agriculture and livestock
Limit immigration
Freeing children to go to school
Benefits
Pont d’aide 65% and local partner 35%.
Commemorative Plaque
In the name of the deceased El-Hellaoui and his wife
Ouandghir Well
Well dug in the douar Ouandghir, Chichaoua province, Morocco. The douar is located 138 km from Marrakech. The inhabitants had limited access to drinking water, with only one existing water source located 800 meters from the douar, which was insufficient to cover their needs, forcing them to travel dangerous mountainous routes in search of water sources in neighbouring villages.
Location
Douar Ouandghir, Imintanout, Chichaoua province, Morocco
Features
Drilling of 120m
Casing and Electric Pump
Water Fountain
Solar Panel
Number of beneficiaries
~ 350 beneficiaries
12 500$ CAD
Raised $12,500
Benefits
To provide drinking water to the inhabitants
Serve agriculture and livestock
Limit immigration
Freeing children to go to school
Financing
Pont d’aide 65%, Local: 25% and Middle: 5%.
Commemorative Plaque
On behalf of the deceased Bousselham
Tiwlia Well
Well dug in the douar Tiwlià, Oued L’Bour commune, Chichaoua province, in the high Atlas mountains in southern Morocco. The inhabitants suffered from lack of water, difficult living conditions for a mountainous area and were then candidates for immigration to the cities.
Location
Douar Tiwlià, Oued L’Bour commune, Imintanout, Chichaoua province, Morocco
Features
Drilling of 150m
Casing, Electric Pump
Water Tower
Solar Panels
Mechanical Room
Number of beneficiaries
~ 800 beneficiaries
15 000$ CAD
Raised $15,000
Benefits
Provide drinking water to the inhabitants
Serve the local mosque
Serve agriculture and livestock
Limit immigration
Freeing children to go to school
Financing
Pont d’aide 25% and local partner 75%
Commemorative Plaque
N/A
Karre Well
Well dug in the village of Karre, commune of Birni N’Gaouré, Dosso region, Niger. The village has 5,000 inhabitants, 2 elementary schools and a health center, but only has an open well and wells with Indian pumps. The project allows to fill the insufficiency of the drinking water resources.
Location
Karre village, Birni N’Gaouré commune, Dosso region, Niger
Features
Manual Drilling of 12m
PVC Casing
Indian Mechanical Pump
Pump Concreting
Number of beneficiaries
~ 500 beneficiaries
800$ CAD
Raised $800
Benefits
Provide drinking water to the inhabitants
To serve 1 elementary school
To serve a health center
Water the livestock via the retention basin
Financing
Pont d’aide 70% and local partner 30%.
Commemorative Plaque
In the name of the late Aisha Al-Amri
WELL DRILLING PROJECT FEASIBILITY NOTE
- Context:
- Overview of living conditions in the targeted region.
- Address water scarcity and daily life challenges.
- Highlight food security, hygiene, economic activities, migration balance, and education accessibility.
- Location:
- Specify rural areas with limited clean water access.
- Provide precise geographical coordinates (latitude, longitude).
- Explain site selection based on geotechnical feasibility and proximity to residences.
- Beneficiaries:
- Detail the expected number of residents benefiting directly.
- Identify community amenities like schools, medical clinics, and worship locations benefiting.
- Current water supply sources:
- Disclose information on existing water sources.
- Mention traditional shallow wells and surface water sources.
- Describe seasonality, contamination risks, insufficiency, and health hazards.
- Proposed water supply (the project):
- Detail planned drilling method and pump type.
- Specify drilling depth for reliable aquifer access.
- Ensure consistent, high-quality water supply year-round.
- Well components:
- Drilling method: rotary, rotary percussion, percussion, manual.
- Well depth margin (min and max) and diameter.
- PVC pipes, well casing, and screen.
- Submersible pump capacity.
- Solar panel power output.
- Water storage tank capacity.
- Water fountain and memorial plaque.
- Labor working hours.
- Cost estimate:
- Project cost estimate per component.
- Include a 15% contingency in the budget.
- Risks and mitigation factors:
- Geological risks like unexpected rock formations.
- Environmental risks such as groundwater contamination.
- Regulatory compliance risks.
- Financial risks like overruns.
- Social risks like conflicts over water rights.
- Specify mitigation measures for each risk.
- Timeline:
- The timeline varies from weeks to months.
- Key stages include planning, resource mobilization, drilling, procurement, installation, testing, and handover.
- Reporting and monitoring:
- Generate detailed report at project conclusion.
- Include pump test results, water quality analyses, and actual costs versus estimates.
- Recommendations for ongoing well maintenance.
- Conduct periodic follow-ups for sustainability.
The Significant Importance of Tube Well Drilling Projects in Africa
Providing Safe and Clean Water to the Population of Less Fortunate Rural Villages.
Access to safe and clean water is a fundamental human right, yet millions of people across Africa still lack this basic necessity. In many rural villages, especially those inhabited by the less fortunate, water scarcity and contamination pose significant health risks and hinder socio-economic development. Tube well drilling projects emerge as vital interventions in addressing these challenges, offering sustainable solutions to water access and quality.
Addressing Water Scarcity: Africa faces considerable water scarcity challenges, exacerbated by climate change, population growth, and inadequate infrastructure. Rural communities often rely on distant water sources, which are unreliable and prone to contamination. Tube well drilling projects provide localized solutions, tapping into groundwater resources to ensure a consistent and reliable water supply for villages.
Mitigating Health Risks:Contaminated water sources contribute to widespread waterborne diseases, including cholera, typhoid fever, and diarrheal illnesses, leading to significant morbidity and mortality, particularly among children and the elderly. Tube well drilling projects offer access to clean and safe water, reducing the prevalence of waterborne diseases and improving public health outcomes.
Catalyzing Socio-Economic Development: Access to safe and clean water is a catalyst for socio-economic development. Reliable water sources enhance agricultural productivity, and support livestock rearing, thereby improving food security and livelihood opportunities within communities. Moreover, the time saved from fetching water can be redirected towards education, income-generating activities, and community development initiatives.
Environmental Sustainability:Tube well drilling projects, when implemented with careful consideration of environmental factors, promote sustainable water management practices. Groundwater extraction must be balanced with recharge rates to prevent depletion and ensure the long-term viability of water resources. Additionally, promoting water conservation and sanitation practices within communities minimizes environmental degradation and preserves ecosystems.
Conclusion: Tube well drilling projects play a fundamental role in ensuring access to safe and clean water for less fortunate villages across Africa. Beyond addressing water scarcity and mitigating health risks, these initiatives empower communities, catalyze socio-economic development, and promote environmental sustainability. However, effective implementation requires collaborative efforts involving governments, non-governmental organizations, and local stakeholders to ensure the equitable distribution and long-term viability of water resources. By prioritizing investments in water infrastructure and adopting sustainable water management practices, Africa can realize its vision of providing safe and clean water for all its citizens, fostering healthier, more resilient communities for generations to come.