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A 5/5 Rating
General Information: Driven Wells
Driven wells, also known as sand point wells or instant wells, are water extraction systems created by directly driving a perforated casing into the ground until it reaches the water table in soft or medium-hard soils. This water table is primarily replenished by rainwater infiltration into the soil.
Perforated Casing: The driven well consists of a perforated tube with a pointed end, called a casing. This casing is equipped with a filter at its end to allow water to pass through while retaining fine soil particles (such as sand and other debris).
Driving Techniques: Several driving techniques are used:
Driving by Percussion: Using a heavy tool (bit) attached to a rope or cable, the tool is lifted and dropped to break up the ground and drive the casing into place.
Driving by Water Injection: Water is injected under pressure inside the tube. The pressure causes water to exit at the bottom of the hole outside the tube, facilitating the successive insertion of the tube sections.
Driving by Sinking: A large circular casing is built on the ground. As the inside of the casing is dug out, the weight of the casing gradually pushes it down while excavation takes place.
Depth and Diameter: These wells are generally shallow, with depths ranging from less than 15 to 40 meters, depending on the technique and soil conditions. They can have a diameter ranging from 25 to 100 mm, or up to several meters in the case of sinking.
Construction Time: Built in 5-8 days.
Number of Beneficiaries: Up to 50 beneficiaries.
Location Selection: Carefully evaluated through geological analysis to identify optimal underground water sources, ensuring sustainable and reliable access to groundwater.
Drilling Process: Employing precision techniques to systematically insert casing, methodically penetrating ground layers to reach the aquifer and secure safe, accessible water resources.
Advantages: Provides critical drinking water access to remote communities, offers cost-effective implementation, demonstrates remarkable adaptability across diverse soil conditions.
Disadvantages: Limited water extraction depth, constrained by geological limitations and maximum drilling potential, potential vulnerability to environmental variations.
In summary, driven wells are structures that provide access to clean water in areas where more complex or expensive methods are not available or financially viable. However, they have their own limitations in terms of depth.
Build a Well: Our Comprehensive Protocol
The process of sinking a well using the driving method is a precise and methodical approach to accessing underground water sources. This technique involves strategically driving a casing into the ground through controlled mechanical force, creating a stable pathway to reach water-bearing strata.
The first and most crucial step in our well-building journey is selecting the perfect location. This careful process begins with a thorough assessment of the local geology to identify promising groundwater sources. Our team of experts studies the terrain, soil composition, and underground water patterns to ensure sustainable water access for communities in need.
In the well construction process, a large circular casing, typically made of durable metal or rigid plastic, is essential for ensuring the well’s integrity. This casing provides structural support to prevent wall collapse, protects against surface contaminants, and facilitates efficient water flow while keeping out debris.
The casing is then placed on the ground at the chosen well site to serve as a guide for the well as the digging process progresses. This ensures accurate alignment and stability as the well is constructed.
Digging will start inside the casing using appropriate tools. This can be done manually with shovels, pickaxes, or other digging tools, or mechanically using a mechanized bucket.
As digging progresses, the weight of the casing itself helps it sink deeper into the ground. This process is typically done by removing the soil inside the casing and clearing the debris, allowing the casing to gradually move downward.
Carefully monitor the depth of the well as the casing descends. Ensure that the casing reaches the desired depth to access the water table or groundwater source.
Throughout the process, the debris and soil extracted from the casing must be removed to allow the casing to continue sinking. This can be done manually or using a clamshell bucket or mechanized equipment if available.
Once the desired depth is reached, the casing remains in place to form the well structure. It is crucial to secure the well to prevent wall collapses and protect the water from contamination.
The sinking process using the driving method is typically used to dig wells with larger diameters and depths of up to 15 to 20 meters. It is suitable for soft soils and can be carried out manually or with mechanical assistance, depending on available resources and the scale of the project.
Sadaqa Jariya: The Eternal Reward of Well Construction
In the profound wisdom of Islamic teachings, a well represents more than a simple water source, it is a living testament to compassion and spiritual investment. The Prophet Muhammad ﷺ beautifully captured this concept in a transformative hadith:
“When a person dies, their deeds come to an end, except for three things: a continuous charity (Sadaqa Jariya), beneficial knowledge, or a righteous child who prays for them.”
Building a well transcends momentary generosity. It is an act of sustained mercy that continues to nourish communities long after the donor’s passing. Each drop of water becomes a silent prayer, each life sustained a continuous blessing. This charitable act embodies the Islamic principle of ongoing compassion—where a single gesture of kindness ripples through generations, providing hope, health, and healing to those most in need.
Your Journey to Changing Lives: 3 Simple Steps
1
Choose your well type and select a location where you’d like to make a difference. Add your personal message, perhaps in memory of a loved one or to celebrate a special moment. Every well tells a story, yours will be meaningful.
2
Rest assured, we handle all the details with care. From selecting the perfect location to ensuring quality materials and crafting your personalised sign, our dedicated team manages every aspect. We understand the trust you place in us and take that responsibility seriously.
3
Experience the joy of seeing your generosity come to life. Our local team documents the entire journey, from the first dig to the final celebration. You’ll receive photos and videos throughout the process, sharing in the smiles and gratitude of the communities you’re helping.
Frequently asked questions
The lifespan of a well depends on the depth of the water and regular maintenance provided by the community. Proper use of equipment such as pumps is essential to extend its durability. Collective responsibility in maintenance ensures that the well remains a reliable source of water for the community.
Yes, it is possible to extend the viability of a well through regular maintenance work
The construction of a well varies depending on several factors, including local geology and the depth required. In general, our team strives to complete a well within 5 days to meet the community’s water needs.
Thanks to our experience and expertise, as well as the mobilization of resources, we are able to build wells efficiently.
The construction costs of a well vary depending on various factors such as depth, soil type, and geographical location.
Each financial contribution is exclusively dedicated to the construction of wells. We ensure complete transparency by providing regular updates and detailed photos at each stage of the well’s construction.
Yes! Each well can be personalized with the donors’ names, a personal message or an excerpt from the Quran or a hadith, to support the local population.
Yes, you have the option to inscribe multiple names on the commemorative plaque, while considering the limited space available on the plaque.
Well Solidarity carries out projects in various countries. We focus our efforts in regions where access to clean water is limited, particularly in Africa and Asia.
Wells in Nepal, India, and Pakistan can cost less due to geographical factors, local conditions, and soil characteristics. For example, in Asia, some regions have favorable geological and climatic conditions, making it easier to access groundwater through simpler construction methods, such as manually dug wells. In contrast, in Africa, the nature of the soil and the depth of the water table may require more expensive and complex drilling. These geographical differences partly explain the cost variations between regions.
To support the construction of a well, a donor can make a donation through Well Solidarity. Once the well is built, the company provides updates and photos to show the impact of the donation. Donors will be acknowledged and informed of the project’s progress as a sign of their contribution.
You can support Well Solidarity’s projects in various ways, including direct donations, social media, and other means of contact.
In Pakistan, the pipe-driving method is preferred due to geological conditions and the ease of access to the water table in certain regions, allowing for the construction of manually dug wells.
Well Solidarity is a company focusing on humanitarian projects, including the construction of wells in underprivileged regions to ensure access to clean water.
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