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In the first half of 2026, UNICEF field teams ran more than 15,000 chlorine tests on water at displacement sites, institutions, rural villages and urban supply points across Sudan, and only 46 percent of the samples met national drinking water quality standards. Many Sudanese families, in other words, already have water in front of them. What they lack is water they can trust. That changes how a donor should think about the price of a well, because the useful question is not only what drilling costs, but what it takes for a source to stay safe and working in a country where so much else has broken down.
Africa Relief and Community Development (ARCD) is currently building new water wells in Sudan as part of its WASH program for clean water, sanitation and hygiene. It offers donors three well options, each priced by the size of community it serves. This guide covers what those options cost, why Sudan makes it harder to keep a water system running over time than in more stable settings

Sudan’s ongoing conflict has damaged water supply from several directions at once. UNICEF reports that attacks on water and electricity infrastructure, recurring power outages and rising fuel costs have placed water systems under heavy pressure nationwide. A tap or hand pump can exist on a map and still fail the people who depend on it, either because it has stopped working or because what comes out of it is not safe to drink. For families, that leaves a constant trade-off between the water that is close and the water that is clean.
Cholera spreads where drinking water and sanitation break down, and UNICEF links Sudan's repeated outbreaks to displacement, inadequate water and sanitation services, and limited health care. An earlier outbreak was declared contained in March 2026, but a new one was declared in West Kordofan on 29 June, and by the end of June more than 800 suspected cases and 117 deaths had been reported there. UNICEF warned that the rainy season would raise the risk of cholera and other waterborne diseases further. A protected well cannot treat cholera, but it removes one of the main routes by which the disease reaches a household.
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A well is only useful for as long as it keeps working, and Sudan makes that harder than most places. The conflict has hit the equipment, the energy that powers it and the people trained to repair it, all at the same time. Those pressures explain why the choice of design and the plan for upkeep matter as much as the drilling itself.
In its mid-year review, UNICEF described replacing pumps and solar systems that had been looted, alongside rehabilitating treatment plants damaged in the fighting. It also found that converting urban water facilities to solar power reduced their dependence on diesel and lowered their operating costs. That lesson carries down to village scale, where a system that does not wait on fuel deliveries is less exposed when roads close or prices jump.
A national WASH sector assessment supported by UNICEF found that the functioning of Sudan's water institutions fell from about 80 percent before the war to between 45 and 55 percent, with engineers, technicians and geologists among the staff hit hardest. The same assessment found that fewer than 3 percent of states reported adequate budgets for operations and maintenance. When the public system that would normally fix a broken pump is stretched this far, a trained local maintenance group stops being an optional extra and becomes the thing that keeps water flowing.
Whichever organization you give through, three questions help separate a well that lasts from one that fails within a few seasons:
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What a well changes depends on who is drawing from it. In Sudan, two groups feel the difference most clearly, and each for a different reason.
UNICEF reports that returnees face significant barriers to rebuilding, naming safe water alongside health care, sanitation, education and protection. Areas receiving large numbers of returns often lack the infrastructure to absorb them. A functioning water source can restore access to one essential service while other infrastructure is being rebuilt.
In the first half of 2026, UNICEF paired emergency water chlorination with cholera kits of soap, jerry cans and chlorine tablets, aimed at making water safer to handle at home. A protected source that is used and maintained reduces how often families fall back on open water and unmanaged containers. Those are the conditions in which diarrhoeal diseases take hold.
ARCD has three options that cover Sudan along with several other countries where it is building. The page does not list a separate price for Sudan. These are fixed giving tiers for donors, set by well type and community size, rather than engineering quotes for one particular site.
Smaller communities need less water and less infrastructure, which is why the surface well sits at the lower end. The solar system costs the most because it powers the pump without fuel or manual effort and is built to supply a much larger population. Picking a tier is mainly a decision about how many people the well needs to reach.
Note: ARCD's published water-well gift amounts are not the same thing as a contractor's construction quote. Actual drilling and installation costs in Sudan vary by site, depth, geology, equipment, transport and other requirements.
ARCD's process starts by identifying communities with urgent water needs and then selecting the project type that suits local conditions. Its local teams, regional offices and community partners carry out that assessment before a well or solar system is built for shared use. A donor chooses the level of support, while the final design depends on what the site and community can realistically sustain over time
ARCD works in Africa, and water was one of the first things it set out to provide. Its first wells and field operations launched in 2020, a year after the organization was founded. ARCD has built more than 2,400 wells across the 32 African countries.
ARCD's model includes community water and hygiene committees that are trained to help manage and maintain each facility.
>> Start your Sudan water well gift and help a community replace unsafe or unreliable water with a source it can use, maintain, and depend on.
1. Can I give less than the full cost of a well?
Yes. Alongside the full project tiers, ARCD's water well page offers gifts of $50, $100 and $500 that support its clean water work more broadly. ARCD says regular donations help fund the building of clean water supplies, so a smaller gift still contributes to projects already underway.
2. Can I dedicate a well to a loved one?
Yes. ARCD allows donors to dedicate a water well to a family member, someone who has passed away or an organization. Completed wells shown on ARCD's site carry signs naming the people they honor.
3. How long will a well keep serving a community?
Usually, a Well will serve its community for 15 years or more. How long a well actually lasts depends heavily on maintenance, which is why the local committee's role matters so much.
4. Is a donation for a water well in Sudan tax-deductible?
ARCD is a U.S. 501(c)(3) nonprofit with EIN 46-2568671, and donations may be tax-deductible to the extent allowed by law. Keep your donation receipt for your records, and speak to a tax professional about your own situation.
5. What is the difference between a surface well and an artesian well?
A surface well draws from a shallower water table, which keeps costs lower where the ground conditions allow it. An artesian well reaches deeper groundwater and can supply more people. ARCD chooses between them based on the site's water table and the size of the community.
6. Does ARCD build wells outside Sudan?
Yes. ARCD is also building new wells in The Gambia, Senegal, Ghana, Djibouti and Tanzania. Completed projects featured on its site include wells in Cameroon, Uganda and Benin.