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WaterAid
WaterAid
WaterAid
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WaterAid is an international non-governmental organization, focused on water, sanitation and hygiene. It was set up in 1981 as a response to the UN International Drinking Water decade (1981–1990). As of 2025, it is operating in 30 countries.

Key Information

The organisation was first established by the UK water industry on 21 July 1981 as a charitable trust at their main office premises in London and established its first projects in Zambia and Sri Lanka. In 2010, it became a federation,[1] comprising, as of 2025, members in Australia, Canada, India, Japan, Sweden, the UK and the US, and regional offices and country programmes in a further 23 countries in Africa, Asia and Latin America.[2] Activities involve providing people with clean water, safe sanitation, hygiene behaviour change and advocacy with governments and water utilities. Its income has moved from £1 million per annum in 1987 to £113 million in 2018–19.[3]

History

[edit]

WaterAid was founded in 1981 by members of the UK water industry at the Thirsty Third World conference[4] held in London. WaterAid was formally established as a charity in the UK on 21 July 1981. King Charles III has been its president since 1991. Other members were established as follows: WaterAid America[5] and Australia[6] in 2004, Sweden[7] in 2009. In 2010, the organisation became a federation and established the WaterAid International Secretariat. In 2014, WaterCan/EauVive, an NGO founded in Canada in 1987, became WaterAid Canada and joined the federation.

In 1993 WaterAid began work on its 1000th project and also agreed to fund the Hitosa Gravity Scheme in Ethiopia. The Hitosa scheme was the largest single water supply scheme implemented in Ethiopia at the time, reaching 50,000 people.[8]

In 2003, WaterAid was named UK charity of the year at the Charity Times Awards.[9] Also, in November 2006 WaterAid said that it was "Britain's most Admired Charity 2006",[10][11] as voted by its peers in the voluntary sector (in Third Sector magazine). WaterAid came top of the category followed by Save the Children and The Samaritans. Andrew Cook, then WaterAid's Director of Communications and Fundraising said "We are delighted to have won this prestigious accolade. This award is a testament to the tireless work of all WaterAid's staff and volunteers both in the UK and internationally". WaterAid was also a Stockholm Water Prize laureate in 1995.[12]

In 2009, a new Global Strategy was launched, with the target of reaching 25 million more people across 30 countries by 2015.[13] By 2011, WaterAid's 30th anniversary year, they had reached almost 16 million people with safe water and over 11 million with sanitation.[14] In 2015, WaterAid launched 2015-2020 Global Strategy and its mission is to transform lives of the poorest people by improving access to sanitation, hygiene and safe water.[15]

In February 2022, WaterAid WaterAid launched its first legacy campaign, "What Jack gave," concentrating on will donations. Legacy income currently accounts for approximately 10% of WaterAid's total income.[16]

Fundraising

[edit]

WaterAid has been associated with the Glastonbury Festival since 1994. In 2006 the festival's founder Michael Eavis and his daughter Emily visited WaterAid's work in Mozambique and by 2007 130 WaterAid volunteers helped at the festival. In 2011, there were around 200 WaterAid volunteers present.[citation needed]. In 2016, by which time there were over 500 WaterAid volunteers at Glastonbury, the charity introduced Talking Toilets which gave out information voiced by celebrities such as Cerys Matthews and Brian Blessed.[17]

Among WaterAid's many fundraising events is 'Coast Along for WaterAid',[18] a sponsored walk along sections of the South West Coast Path, which took place annually between 2005 and 2012. In 2010 the then UK Prime Minister, Gordon Brown took part.[19][20]

In 2012, WaterAid partnered with Waterlogic to help raise funds for the poorest communities in the world, to provide them with clean and sanitary water.[21] Waterlogic's Firewall technology purifies water and destroys harmful bacteria.[22] Waterlogic pledged US$225,000 to WaterAid over 3 years.[23]

Fundraising events and initiatives in 2013 included The WaterAid200 Mountain Challenge[24] as well as various running, cycling and other sporting challenges as well as Street fundraising.[25]

WaterAid is working with Team Water to launch a fundraiser for clean drinking water. The campaign goal is to raise $40,000,000 to provide 2,000,000 people with clean water. [26] In 2025, Team Water reached its goal of $40 million USD to give 2 million people around the world access to clean and safe drinking water.[27]

The organization also receives direct funding from a variety of corporations, non-profit organizations, and academic institutions. Notable donors include the Bill & Melinda Gates Foundation, Boeing, Conrad N. Hilton Foundation, Google, Mercy Corps, New Venture Fund, PepsiCo, Pfizer and the World Bank Group.[28][29]

Activities

[edit]

WaterAid works in partnership with local organisations in 34 countries in Africa, Asia, Central America and the Pacific region[30] to help poor communities establish sustainable water supplies and toilets, close to home, and to promote safe hygiene practices. It also works to influence government water and sanitation policies to serve the interests of vulnerable people and to ensure water and sanitation are prioritised in poverty reduction plans. As a matter of policy, WaterAid supports public ownership and control of water supplies but does not take a particular view regarding public, community or private participation in service provision.

COVID-19 response

[edit]

In collaboration with Unilever, the Hygiene and Behavior Change Coalition (HBCC)[31] extended its efforts to combat the Omicron and other COVID-19 variants. It maintained a steadfast commitment to implementing hygiene behavior change initiatives and promoting confidence in the COVID-19 vaccine.[32]

During Phase 1 of the project, six countries, namely Ethiopia, Ghana, Nepal, Pakistan, Tanzania, and Zambia, were chosen to receive mass handwashing facilities and hygiene essentials, benefitting a total of 152 million people. In Phase 2, Nigeria was designated for its prior involvement in promoting hygiene behavior change concerning COVID-19, supported by the Heineken Africa Foundation.[33]

Zambia

[edit]

WaterAid first started work in Zambia during the 1992–1994 drought.[34] Since then, the organization has expanded its operations to seven districts in the country, five of which are in the Southern Province (Monze, Siavonga, Namwala, Itezhitezhi and Kazungula) while the other two are Kafue in Lusaka Province and Kaoma in Western Province.[35] The organization spends about ZMK8–9 billion (just over £1 million) annually on projects there,[36] and have since provided 42,600 people in Zambia with access to clean, safe water.[37]

Efforts in Monze District

[edit]

WaterAid is working with the government to help extend access to safe water, sanitation and improved hygiene for rural communities in Monze District. Sichiyanda is one such village in the Monze district where efforts are in progress. Projects in the village began in 2001 and the community worked together to dig a well with a dedicated bucket and windlass.[38] Hygiene education is also taking place, where villagers are taught to keep areas clean by building dish racks and rubbish pits and ensuring that there are no stagnant pools of water where mosquitoes can breed.[38] In addition, 28 latrines have already been constructed with more underway.[38]

Such programmes have led to significant improvements in the lives of villages in rural Monze. The building of wells has led to time savings for women and children.[39] For women, much of this newly available time has been put to productive economic activities like basket weaving and pottery making for use and sale.[39] For children, it has led to increased attendance in schools.[39] In light of this, WaterAid has since put up a tender request for an additional 32 boreholes (necessary for the construction of wells) to be drilled in Monze.[40]

Milenge Self Supply Project

[edit]

While most of WaterAid's projects have been subsidized, the Milenge Project stands out for being one that is self-supplied.[36] It has been possible to stimulate real demand in the district, and this means rural water supply upgrading can take place with no subsidy for materials. WaterAid is now working in four wards of Western Milenge on Self Supply,[41] and 16 masons (4 per ward) have already been trained, having attended two separate one-month courses at Mansa Trades Training Institute.[42] Besides being trained technically, these masons are also trained to work together and on how to promote their services.[42] They speak to households independently, and some 95 well owners have since expressed interest in their services.[41] Moreover, because these areas are some of the poorest in Zambia and the rural population is on average poorer than those in other piloting countries, such a response is truly impressive.[42]

America

[edit]

WaterAid becomes a global federation, opening offices in North America and Australia. WaterAid America's office is in New York and manages programs in Latin America.[43]

India

[edit]

WaterAid India (Jal Seva Charitable Foundation) is a registered not-for-profit as a Section 8 company under the Companies Act of the Government of India. WaterAid India is determined to make clean water, decent toilets, and good hygiene normal for everyone, everywhere in the country.[44]

WaterAid started working in India in 1986 and since 2022, started working with communities in rural and urban areas through direct implementation. It is a full service organisation operating with a local board and diverse independent teams covering programme strategy and implementation, finance, resource mobilisation, policy and technical support, and human resource management.

WaterAid India works closely with central, state, and local governments, individual and corporate donors, philanthropists, CSO partners, academics, and media. Thanks to its supporters and donors, they have reached millions of people with these three essentials – clean water, decent toilets, and good hygiene – enabling communities to unlock their potential to break free from the cycle of poverty and to change their lives for good.

WaterAid India works closely in local communities to utilise low-cost technologies to deliver sustainable water supply, sanitation and hygiene solutions to the most vulnerable. WaterAid's vision is of a world where everyone has access to safe water and sanitation.[45]

The organisation has grown in its significance in assisting the most marginalised in both rural and semi-urban areas. In the financial year 2023-24, WaterAid India covered over 11 states (Andhra Pradesh, Bihar, Chhattisgarh, Haryana, Karnataka, Madhya Pradesh, Maharashtra, Odisha, Telangana, Uttar Pradesh, and West Bengal), rendering their services to the communities that needed help most.[45]

Approach

[edit]

WaterAid India's approach is to:

  • boost community empowerment and local skills to facilitate the creation, implementation, and management of enduring water security plans
  • employing diverse strategies including developing community-level water security and water quality models led by natural leaders and community members for sustainability
  • introducing processes like Jal Chaupal to enlighten communities on water budgeting and involve them in finding solutions, mobilising communities and strengthening mandated institutions such as healthcare centres, schools, and anganwadis
  • collaborating with relevant departments, offering technical support at local levels in both urban and rural communities[46]

WaterAid India's projects advocate the use of safely managed sanitation and provide hygiene education with training manuals to the communities.[47] To ensure programme sustainability, WaterAid India prioritises behaviour change and collaborates with communities to assess various sanitation options, enabling informed decision-making while considering the specific needs of children, pregnant women, persons with disabilities, and the elderly in devising straightforward and durable solutions.

Implementing a diverse set of practices, WaterAid India through its campaigns and community mobilisation:

  • addresses the sanitation chain ensuring safe management of human waste from containment and transportation to treatment and disposal or re-use, encompassing open defecation-free sustainability and solid-liquid waste management
  • establishes community cadres/collectives, ensuring the inclusion of persons with disabilities, women, and children in the process[47]

Achievements

[edit]

In the last five years, WaterAid India directly reached 32,61,586 people within 6,52,317 households with improved access to water and sanitation facilities. In 2022–23, WaterAid India has reached 2,60,383 people with access to clean and safe drinking water, 2,39,533 people were provided with access to safe sanitation, and hygiene education and best practices were imparted to 3,41,485 people.[48][49]

The key highlights are:

  • The WaterAid project in Kalmandhai, Tiruchirapalli was declared the country's first 100% sanitised slum in 2002. Khajapattai was announced as the seventh.
  • Since 2019, WaterAid India has been technically supporting the Madhya Pradesh state government under the Government of India's flagship initiative Swachh Bharat Mission-Grameen (SBM-G).
  • The Ministry of Drinking Water and Sanitation requested WaterAid India to demonstrate technology for easy disposal of faecal sludge, as well as chart the course ahead for SBM impressing the need for a plan for waste water management with particular emphasis on rural faecal sludge management (FSM). As a response to the Government’s demand for a faecal sludge disposal technology, WaterAid India designed, implemented, and constructed the maintenance model for an FSTP (Faecal Sludge Treatment Plant) in the Indore District. The Kali Billod FSTP is not only India’s first functional rural FSTP but is also a flagship FSM project in this region.[49]
  • WaterAid India is part of the Rural WASH Partners Forum (RWPF), a platform created by the Government of India, under Ministry of Jal Shakti, Department of Drinking Water and Sanitation, to support States/UTs in for their flagship programme, Jal Jeevan Mission (JJM) and Swachh Bharat Mission. The organisation is the sectoral lead for four thematic areas i.e. greywater management, gender, WASH in Institutions, and operation & maintenance.

Bangladesh

[edit]

WaterAid started its work in Bangladesh in 1986. It has successfully collaborated with 21 organizations in Bangladesh up to now to alleviate the suffering from scarce water supply and low sanitation standards in poverty-plagued villages.[50]

With WaterAid Bangladesh rendering their help in the technical field, The Village Education Resource Centre (VERC) introduced the community-led total sanitation (CLTS) model. It aims to educate villagers on the harmful effects that open defecation brings to the environment and their health. In addition, the CLTS programme helps to build toilets for the local communities to facilitate them in shifting to a more hygienic lifestyle. UNICEF recognized that the programme had been so impactful in Bangladesh that many organizations and countries had replicated it.[51]

In 2011, the additional number of people who could access water and sanitation thanks to WaterAid's programme is 259,000 and 536,000 respectively. WaterAid is currently working with the Bangladesh government to build the National Sanitation Strategy, which would help them to reach universal access to sanitation by 2015. Recognizing WaterAid's efforts and the change that they made in running the National Sanitation Campaign together with other NGOs, the Bangladesh government presented the National Sanitation Award to WaterAid as a gesture of appreciation.[52]

Latrine design and construction

[edit]

WaterAid encouraged local villagers to design and construct better latrines for themselves.[53] This empowered people to be more involved and learn more about sanitation in the process. Furthermore, local participants could personalize it to fit their preferences and needs.

WaterAid also introduced a programme called "Naming and Shaming", in which anyone caught defecating in the open would have their name taken down and made known to the whole community.[54] Explaining why this works, Institute of Development Studies (University of Sussex) stated that it triggered people's pride and felt so strongly that they were highly motivated to change, i.e. building their toilets and stop open defecation.[55]

The Water Supply and Sanitation Collaborative Council (Switzerland) stated that 49 out of 80 unions had attained 100% sanitation coverage.[56]

Hygiene education

[edit]

WaterAid brought across the message of sanitation and hygienic defecation to the young by collaborating with a local music-theatre performance troupe that performed various educational for children.[57]

However, WaterAid does face some difficulties: almost unable to seek support and donations from companies in Bangladesh to ensure a high hygienic level. Mr. Mohammed Sabur, the Director of WaterAid Bangladesh said that since labour was abundant, companies were not afraid of labour shortage should their employees fall sick. The only companies likely to support the programme were those with benefits in mind such as Unilever, who wanted to sell more soap.[58]

Canada

[edit]

WaterCan/EauVive was established as a registered Canadian charity in 1987 by Michael Lubbock to "help the world's poorest people gain access to clean drinking water, basic sanitation and hygiene education".[59][60] It works in 37 countries—like Bangladesh, Kenya, Nicaragua, and Uganda—by partnering with local organizations to assist the poorest and most marginalized communities. WaterAid Canada implemented sanitation projects benefiting 2.2 million people and safe water projects benefiting 1.7 million people by 2014. The charity also organized 4,000 education sessions focused on menstrual hygiene in Bangladesh.[61] It receives funding through donations by individuals, organizations, and foundations and the Canadian International Development Agency.[62] In 2013, it became a member of the global federation WaterAid, and was named WaterAid Canada in mid-2014.[60]

See also

[edit]

References

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Revisions and contributorsEdit on WikipediaRead on Wikipedia

WaterAid

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from Grokipedia
WaterAid is an founded in with support from British water utilities to improve sustainable access to safe , , and for the world's poorest communities. The organization operates in over 30 countries across , , and the Pacific, partnering with local entities to build infrastructure, strengthen government systems, and advocate for policy changes aimed at long-term (water, sanitation, and hygiene) service delivery. Its approach emphasizes community involvement and sector-wide to address root causes of inadequate services, such as weak maintenance mechanisms and insufficient public funding, rather than isolated project handouts. WaterAid reports having reached 29 million people with clean access, 29 million with facilities, and 28 million with cumulatively, with recent annual efforts providing services to hundreds of thousands more, including 685,000 household members with clean in 2023–2024. These outcomes have earned high evaluations from independent assessors, including a top ranking for impact in charity and a four-star financial rating, though self-reported data and historical critiques highlight ongoing challenges in ensuring project longevity amid common aid sector issues like infrastructure decay without local . Internal evaluations underscore efforts to mitigate such risks through sustainability-focused innovations, yet broader sector analyses note that up to half of points in similar initiatives fail within years due to neglect. Minor internal controversies, including staff dismissals for lapses, have prompted improved reporting protocols without evidence of systemic harm.

History

Founding and Initial Projects

WaterAid was established on 21 July 1981 as a charitable trust by members of the water industry, following the Thirsty Conference organized by the National Water Council in earlier that year. The initiative arose amid the ' International Supply and Decade (1981–1990), which highlighted the global crisis affecting millions without access to safe water and sanitation, prompting water professionals to form a dedicated organization where none existed. The conference, held on 27 January 1981, focused on mobilizing support for water projects in developing countries, leading directly to WaterAid's creation as a collective effort by British water utilities and experts. The organization's initial projects commenced in 1981 in and , emphasizing partnerships with local communities to build infrastructure and facilities. These early efforts prioritized sustainable, community-led solutions, such as hand-dug wells and basic latrines, tailored to local needs rather than top-down aid models. By 1985, WaterAid had expanded to collaborate with partners in ten countries, including , , , , , , , , and the original sites in and . Through these projects, WaterAid reached 350,000 people by , providing access to clean , decent toilets, and , marking a foundational emphasis on measurable impacts in hygiene promotion alongside . The approach involved training local technicians and fostering ownership to ensure long-term maintenance, reflecting the industry's expertise in applied to resource-constrained settings.

Expansion in the 1980s and 1990s

Following its establishment in 1981, WaterAid rapidly expanded its operations during the 1980s, aligning with the International Drinking Water Supply and Sanitation Decade (1981–1990). Initial projects focused on water infrastructure in and , emphasizing partnerships with local organizations to build wells, pumps, and basic facilities. By 1985, the organization had extended its work to ten countries, including , , , , , , , , , and , where it supported community-led initiatives for sustainable water access. In , for instance, activities began in 1986 with efforts to improve water access in southern regions, followed by rehabilitation of defunct hand pumps from 1987 to 1990. This phase marked a shift toward scalable, locally managed projects, enabling WaterAid to reach 350,000 people with clean water, toilets, and hygiene education by 1988. In the 1990s, WaterAid further scaled its impact through increased project volume and larger infrastructure developments, reflecting growing donor support from water companies and international awareness of crises. By , it had initiated its 1,000th project, including the funding of Ethiopia's Hitosa Gravity Scheme, a piped that served 50,000 in rural areas. Operations emphasized involvement in maintenance, as seen in from 1992 to 1995, where programs trained locals to manage water points for long-term . efforts also grew, with the 1994 report Mega-slums: the coming sanitary crisis highlighting urban challenges to influence policy. By 1999, cumulative efforts had improved access for over 6 million across its partner countries, demonstrating substantial growth in reach and integration of alongside .

2000s to Present Developments

In the early 2000s, WaterAid aligned its efforts with the (MDGs), successfully advocating for the inclusion of sanitation targets to halve the number of people without access to clean and by 2015. By 2003, the organization had expanded operations to 15 countries, focusing on partnerships for sustainable and infrastructure. In 2004, WaterAid transitioned into a global federation with the establishment of WaterAid America and WaterAid Australia as full members, enabling coordinated international programming. During the mid-2000s, WaterAid contributed to global advocacy, including addressing the UN Commission on in 2008 during the International Year of to highlight the critical role of toilets in . By 2009, cumulative impacts included providing clean water to 13.4 million people and decent toilets to 8.1 million, with the founding of WaterAid further broadening its European presence. The 2010 UN recognition of access to as a human right built on earlier 2002 declarations for clean water, reinforcing WaterAid's policy influence. In 2011, WaterAid America extended programs to , initiating projects in Colombia's La Guajira region to address in indigenous communities. The 2010s saw intensified fundraising and strategic initiatives, such as the 2012 campaign, which raised £2 million to support and for 134,000 in . In 2015, WaterAid launched a global strategy aimed at universal access to , toilets, and , backed by a with 115,056 signatures urging commitments. The 2016 inclusion of WaterAid India as a federation member and the Deliver Life appeal, raising nearly £5 million, enabled services for 120,000 families. By 2019, the organization reported reaching 27 million each with clean and toilets, alongside 20 million with education. Entering the 2020s, WaterAid adopted a 10-year Global Strategy in 2022 targeting systemic change for , , and by 2032, amid transitions including program exits in , , and . In the 2023-2024 fiscal year, direct impacts included clean for 436,771 people, decent toilets for 252,599, and facilities for 1,053,991, across 222 projects with 224 local partners in 22 countries. Cumulative reaches since 1981 stood at approximately 29 million for each of clean , toilets, and by this period. Advocacy efforts influenced policies like the 2014 Water for the World Act in the and commitments from 20 governments for universal access by 2030.

Organizational Structure

Mission and Operational Principles

WaterAid's mission is to transform lives by improving access to safe , , and in the world's poorest and most marginalized communities. Its vision envisions a world where everyone, everywhere has sustainable access to clean , decent toilets, and good practices, aligning with to achieve universal access by 2030. The organization pursues this through a global strategy spanning 2022 to 2032, which emphasizes bolder ambitions, innovative methods, and strengthened partnerships to catalyze systemic change and render such interventions obsolete by ensuring equitable service delivery. Operational principles guide WaterAid's implementation, prioritizing effectiveness via a structure informed by four core tenets: global interest, which subordinates all activities to mission advancement; , restricting international intervention to cases where it outperforms national affiliates; unity through a "one country, one WaterAid" model to avoid operational fragmentation; and sustainability, requiring affiliates to achieve financial self-sufficiency and contribute resources. Programming adheres to community-led approaches, fostering local ownership and among service providers and governments to ensure long-term viability, rather than short-term dependency. This includes rights-based to influence policies, targeting the furthest behind—such as women, girls, and remote populations—while integrating to drive behavior change. WaterAid's strategy operationalizes these principles through four aims: strengthening equitable and sustainable services at scale; enhancing human and organizational capacities of local partners and authorities; mobilizing resources and political commitment; and amplifying evidence to shift power dynamics toward . Emphasis on value for money evaluates economy, efficiency, and effectiveness in , with partnerships extending to over 2,000 local organizations across 25 countries as of 2023. These principles reflect a causal focus on systemic enablers like and , grounded in empirical monitoring of outcomes such as reduced waterborne disease incidence in intervened areas.

Governance and International Affiliates

WaterAid operates as a global federation of independent national member organizations, established in to coordinate efforts in water, sanitation, and hygiene initiatives. WaterAid International, a UK-registered charitable (Charity No. 1137900, Company No. 07238796), serves as the central governing entity, owning the WaterAid brand and licensing it to members while overseeing global strategy and standards. The federation emphasizes , with members handling local mobilization and operations, one per country to avoid duplication. The governance of WaterAid International is led by a Board of Trustees, comprising between 4 and 12 members, primarily appointed by the full member organizations—typically their respective board chairs from , , , , the , and the . WaterAid UK may appoint an additional trustee until federation income raised outside the UK exceeds 50%. Co-opted trustees can be added for expertise or diversity, subject to board approval. The board meets three times annually, prioritizing consensus in decisions on approval (such as the 2022-2032 global plan), , impact monitoring, and membership accreditation, with majority voting as a fallback. Trustees bear duties under UK charity , including prudent resource management and alignment with charitable objectives. Maureen O’Neil has chaired the board since August 2020. International affiliates consist of the seven full member organizations, each operating as autonomous entities with their own governance structures, such as boards of trustees or directors tailored to national regulations. These members—WaterAid Australia, WaterAid Canada, , WaterAid Japan, WaterAid Sweden, WaterAid UK, and WaterAid America—contribute financially and strategically to the federation, undergoing triennial accreditation reviews to maintain standards. Associate participation, like from in board meetings by invitation, supports broader input without full voting rights. Members license the WaterAid brand from WaterAid International and adhere to a Membership and Licence Agreement governing collaboration, funding allocation, and shared global goals. This structure enables localized fundraising and program delivery while ensuring unified international oversight.

Funding and Financial Management

Sources of Revenue

WaterAid's revenue is predominantly sourced from private donations, institutional , and inter-federation transfers, reflecting its status as an operating through national affiliates coordinated by WaterAid . The organization's financial dependence on voluntary contributions underscores its efforts, including regular giving programs, legacy appeals, and corporate partnerships, while from governments and support specific projects. Trading activities and income constitute minor portions. In the year ended 31 March 2024, WaterAid UK's consolidated total income amounted to £90.9 million, a 4% decrease from the prior year primarily due to reduced grant funding. Donations and legacies formed the largest category at £64.5 million (71%), encompassing individual donations (£60.3 million), general grants (£3.6 million), and (£0.6 million). Charitable activities generated £24.4 million (27%) through restricted grants for program-specific work, while other trading activities contributed £1.0 million (1%) and investment income £0.7 million (less than 1%). Key sub-sources within donations included individual supporters (£54.0 million, 59% of total), driven by regular giving, one-off donations, and legacies; corporate partnerships and trusts (£14.7 million, 16%); grants from governments and institutions (£10.6 million, 12%); and transfers from other WaterAid member countries (£10.2 million, 11%). This breakdown highlights reliance on unrestricted individual funding for operational flexibility, contrasted with restricted grants tied to project outcomes. For comparison, in the year ended 31 March 2023, total income reached £94.5 million, with donations and legacies at £63.5 million (67%), including £59.0 million in donations subdivided into regular giving/appeals (£42.8 million), legacies (£12.8 million), and events (£3.4 million). Charitable activities yielded £29.6 million (31%), other trading £1.1 million (1%), and investments £0.4 million. Individual supporters again dominated at £53.8 million, supplemented by corporate/trust funding (£13.9 million) and higher inter-member transfers (£15.9 million).
Income Category (2024)Amount (£ million)Percentage of Total
Donations and Legacies64.571%
Charitable Activities (Grants)24.427%
Other Trading Activities1.01%
Investment Income0.7<1%
Total90.9100%
WaterAid affiliates in the , , and elsewhere contribute through similar channels but report separately; for instance, WaterAid America relies heavily on foundations, corporations, and individual giving, with 2023-2024 figures emphasizing in-kind contributions alongside cash donations. Overall, the federation model enables revenue pooling, but finances represent the core, with no dominant reliance on any single amid diversified private support.

Efficiency, Transparency, and Ratings

WaterAid America, the U.S. affiliate, receives a four-star rating (98% overall score) from for 2024, reflecting strong performance across , finance, leadership, and adaptability beacons. This includes a program expense ratio of 78.64%, indicating that approximately 79% of expenses are directed toward program activities, with the remainder allocated to administrative and costs. Fundraising efficiency stands at $0.06 spent to raise $1 in contributions, earning full points in that metric. The organization holds a Seal of Transparency from Candid (formerly GuideStar), signifying comprehensive disclosure of financials, , and impact data. WaterAid's approach to value for money emphasizes (minimizing costs), (optimal resource use), and (achieving outcomes), as outlined in its operational framework, with over 500 metrics tracked for project monitoring. Annual reports, such as the UK entity's 2024-25 accounts, include audited financial statements detailing expenditures, though specific ratios vary by affiliate; for instance, WaterAid reports 78 cents per donated dollar available for programs after overhead. WaterAid is not evaluated or recommended by , which prioritizes charities with the highest evidence-backed cost-effectiveness in interventions; while GiveWell has assessed water quality treatments favorably in some cases, broader efforts like WaterAid's face challenges in demonstrating sustained long-term impact due to factors such as community maintenance and behavioral factors. Earlier critiques, such as a 2012 analysis questioning the classification of 23% of spending as non-charitable, highlight debates over overhead definitions but have not led to regulatory issues. Overall, ratings affirm solid financial management, though efficiency comparisons to top benchmarks reveal room for higher program allocation and rigorous .

Core Programs

Water Supply and Infrastructure Projects

WaterAid's water supply projects focus on constructing and rehabilitating sources, such as boreholes equipped with hand pumps, alongside developing small-scale piped distribution systems and promoting household-level self-supply options in rural and low-income urban areas across , , and the Pacific. These initiatives target communities lacking access to safe , often integrating local materials and community mechanics for maintenance to enhance longevity. Borehole drilling constitutes a core component, with WaterAid advocating for geophysical surveys, appropriate casing, and corrosion-resistant materials to achieve depths of 30-100 meters in aquifers. In 2022, the organization released training videos demonstrating these practices, led by senior advisor Vincent Casey, to standardize in countries like and , aiming to reduce failure rates from and poor siting. Earlier efforts included rehabilitating boreholes in eastern 's Jinja, Kamuli, and Iganga districts during the late 1990s, where hand pumps were installed on existing wells to serve thousands in underserved villages. Hand pump installations, typically or III models, are prioritized for their simplicity and low operational costs, serving 500-2,000 people per unit depending on yield. A 2023 pilot in Uganda's Masindi district tested uPVC plastic riser pipes to replace corrosion-prone galvanized steel, improving water quality and reducing breakdown frequency in acidic areas; initial results showed sustained functionality after one year. In , WaterAid Bangladesh constructed or upgraded 1,975 water points—primarily tubewells and boreholes with —between 2005 and 2014, verified through post-implementation monitoring that confirmed 80-90% operational status at survey time. Piped systems are implemented in peri-urban or clustered rural settings, often gravity-fed or solar-powered, to deliver water to communal taps or household connections. In , solarization projects since 2020 have retrofitted diesel pumps with photovoltaic arrays in and , yielding social returns estimated at 2-5 times investment through reduced fuel costs and reliable supply during dry seasons. Self-supply approaches, evolved from 2005 onward, subsidize private boreholes, tanks, and sand filters for individual households, with case studies from Uganda's learning forums showing 20-50% uptake increases when combined with access and training. These projects emphasize demand-responsive planning, though evaluations note challenges like over-reliance on external funding leading to uneven adoption.

Sanitation and Latrine Construction

WaterAid's sanitation programs emphasize the construction of durable, low-cost tailored to local contexts, including pour-flush designs with twin pits for reuse potential and (ecosan) systems that separate urine and feces for composting. These approaches prioritize protection and soil suitability, with adaptations like shallow trenches or raised platforms for areas with high tables or rocky ground. typically involves participation, using local materials for slabs, superstructures, and pits, supplemented by technical guidelines that specify ratios such as one per 10 pupils under age 8 in schools. In rural projects, WaterAid supports household building through demonstrations and artisan training, as seen in where ecosan latrines were constructed starting in the early , enabling pathogen-free production and reducing reliance on external inputs. initiatives, via partners like VERC since 2000, have promoted subsidized slab designs averaging $5–10 per household, achieving near-universal coverage in targeted unions by fostering local supply chains for rings and pans. Urban and small-town efforts, such as in Sakhipur, , integrate construction with , including composting plants operational by 2020 to handle waste from newly built facilities. School and institutional latrine projects often include menstrual hygiene facilities and handwashing stations; for instance, in Burkina Faso during 2021–2022, 10 school latrines were rehabilitated with separate stalls, benefiting thousands of students. In Timor-Leste's Manufahi and Liquica districts, WaterAid-backed constructions contributed to open defecation dropping to 8% and 1% respectively by late 2022, through community-managed blocks and behavior reinforcement. Recent innovations include climate-resilient biogas toilets in schools, installed in 2024–2025 across multiple countries, converting waste to energy while minimizing environmental impact. These efforts have collectively provided decent sanitation to over 29 million people since 1981, though depends on post-construction maintenance, with evaluations noting higher functionality rates in areas with trained local committees. WaterAid also develops guidelines for public and institutional toilets, covering pre-design to operations, to scale up shared facilities in densely populated settings.

Hygiene Education and Behavior Change

WaterAid's hygiene education efforts emphasize behavior change to sustain WASH benefits, targeting practices like handwashing with after defecation or before food preparation, safe , and , as infrastructure access alone yields limited health gains without habitual adoption. Integrated into programs since 1995, these initiatives shift focus from knowledge transfer to motivational drivers, recognizing that only 19% of people globally wash hands with after defecating and 35% of health facilities lack basic water and provisions. The core framework employs Behaviour Centred Design (BCD), a five-stage process—Assess (formative research on drivers), Build (intervention scripting), Create (prototyping and testing), Deliver (scaled rollout), and Evaluate (outcome measurement)—drawing from over 100 theories including COM-B, RANAS, and social norms models to evoke emotions like disgust, nurture, and affiliation. Interventions manipulate three levers: redefining behavioral scripts (e.g., linking cues to actions), reshaping norms via community influencers, and engineering environments with accessible soap and water points. This approach prioritizes habit formation and small doable actions over rote education, informed by evidence that emotional appeals outperform informational campaigns in sustaining handwashing with soap (HWWS). Implementation occurs in households, schools, health centers, public spaces, and workplaces through mainstreaming into infrastructure, integration with systems (e.g., or programs since 2012), and localized campaigns. In schools and health facilities across , , and , campaigns incorporate interactive games, nudges, and facility upgrades to elevate hand , while national efforts in promote attitudes via multi-channel awareness to foster healthy norms. During , promotion reached 242 million in and , using volunteer-led sessions and media to reinforce critical behaviors. Evaluations rely on baseline/endline surveys, spot checks, direct observations, and exposure tracking (4-6 times annually), prioritizing verifiable shifts over self-reports. Controlled trials, such as SuperAmma in , showed HWWS rising to 29% of households after 12 months via emotion-focused , and the Ideal Mother trial achieved 43% HWWS in intervention groups versus 2% in controls after , highlighting the necessity of enabling environments like availability. These programs advocate for policy embedding and partnerships with governments to scale systems-strengthened , aiming for universal access by 2030.

Specialized Initiatives

Emergency and Crisis Responses

WaterAid has conducted emergency responses to humanitarian crises, , and outbreaks for over 40 years, focusing on , , and (WASH) interventions to prevent disease outbreaks and support affected populations. These efforts prioritize rapid deployment in coordination with the ' Global Cluster, local partners, and governments to deliver clean , temporary facilities, and supplies amid disruptions where is often the first to fail. Initial actions address immediate survival needs, such as disinfecting sources and distributing kits containing soap, jerrycans, and towels, before shifting to recovery phases that build resilient systems to mitigate future risks. In conflict and displacement scenarios, WaterAid provides support in camps to curb threats from overcrowding and poor . For instance, following the influx of displaced nationals into starting August 25, 2017, WaterAid initiated responses on September 28, 2017, in Kutupalong camps, Cox’s Bazar, targeting safe water access, infrastructure, and promotion for over 600,000 affected individuals in collaboration with aid agencies and the . Responses to natural disasters emphasize flood and storm recovery, including water source rehabilitation and temporary latrines. During the 2022 Pakistan floods, which impacted 33 million people and caused over 1,700 deaths across , , and provinces, WaterAid allocated PKR 30 million (approximately $136,000 USD) starting August 27, 2022, reaching over 40,000 people through activities such as clearing water, disinfecting wells, constructing school- and camp-based toilets, and delivering hygiene and menstrual kits alongside education sessions; this effort ultimately provided clean water to 43,799 individuals, to 69,248, and awareness to 187,679. Similar interventions occurred in and following tropical in 2022, where hygiene kits and handwashing stations were supplied in displacement camps. Public health crises, including pandemics and outbreaks, integrate to support healthcare and community prevention. In response to , WaterAid targeted 50 rural health centers in multiple countries for and toilet infrastructure repairs to enable handwashing and . For cholera outbreaks in in 2024, the organization deployed safe and measures as primary defenses. These responses underscore WaterAid's emphasis on transitioning from acute relief to long-term resilience, though outcomes depend on integration and availability.

Climate Resilience and Health System Integration

WaterAid's efforts in climate resilience focus on embedding adaptive measures into water, sanitation, and hygiene (WASH) programming to withstand environmental stressors such as droughts, floods, and erratic rainfall patterns. In 2021, the organization issued programme guidance directing partners to integrate assessments into all WASH projects, emphasizing system-level strengthening over invincible , with a target for full mainstreaming by 2025. This includes tools for vulnerability mapping and adaptive infrastructure, such as elevated water points and in flood-prone areas, as demonstrated in projects in and under the BASIN initiative launched around 2023. Independent case studies from WaterAid's work in , , , and highlight sanitation adaptations like climate-resilient latrines, though evaluations note persistent gaps in technical scalability and local maintenance capacity that can undermine long-term viability. Integration with health systems occurs through advocacy for as a foundational element of resilient healthcare, particularly in preventing transmission amid climate-induced disruptions like or contamination. WaterAid's 2022 report underscores that inadequate in health facilities—evident in over 40% of global sites lacking basic services—exacerbates vulnerabilities, advocating for cross-sectoral coordination with health ministries to embed protocols in service delivery. Projects exemplify this, such as the 2024 'WASH Systems for Health' initiative in , which targets rural clinics to incorporate sustainable and handwashing stations, and Ghana's WASH-Nutrition-Health (WNH) program in Bongo District, active as of November 2024, linking resilient water access to reduced and rates via training. The convergence of and integration is addressed via specialized tools and guidance, such as October 2025 assessments for evaluating in healthcare facilities, which guide practitioners in identifying risks like failures during . WaterAid also pushes for inclusion in national plans (NAPs) and strategies, as outlined in 2025 guidance, arguing that resilient systems mitigate climate-amplified threats like outbreaks following floods. Evaluations, including a 2024 study on climate-resilient plans in , indicate potential effectiveness in reducing risks by up to 50% through monitoring, though WaterAid-specific outcomes remain largely self-reported with limited peer-reviewed quantification of impacts. A 2024 critical review further cautions that while integration frameworks exist, socio-economic barriers in low-income settings often limit realized resilience, necessitating stronger local ties.

Impact and Effectiveness

Quantified Achievements and Metrics

Since its establishment in , WaterAid has reported directly reaching 29 million people with clean water access, 29 million with decent toilets, and 28 million with good facilities and practices globally through its federation of national organizations. These cumulative figures encompass infrastructure development, such as boreholes, pipelines, hand pumps, and facilities, implemented via 224 partner organizations across 22 countries as of March 2024. In the fiscal year 2023-2024 (April 1, 2023, to March 31, 2024), WaterAid's direct global impact included providing clean water to 1,343,153 people, decent toilets to 1,239,652 people, to 1,218,940 people, and hygiene behavior change interventions to 1,291,240 people. Sector-specific breakdowns showed gains in household, , and settings, with over 2 million patients and health workers gaining clean water access and 1.59 million benefiting from handwashing facilities. These metrics derive from partner-verified project data and exclude indirect influences like policy advocacy, which reached additional hundreds of thousands. Prior year comparisons indicate variability: in 2022-2023, direct reaches were 2,761,000 for clean water, 1,876,000 for toilets, and 4,709,000 for , reflecting fluctuations in , crises, and project scale. All figures represent self-reported, federation-wide totals audited for financial alignment but reliant on field partner monitoring for impact verification.

Evaluations of Long-Term Sustainability

Independent evaluations of WaterAid's and projects have highlighted the importance of strengthening capacity and community structures to achieve long-term functionality, though specific metrics on sustained outcomes vary and often rely on partner-led monitoring. A synthesis of seven independent country program evaluations found that while WaterAid excels in partnership development and equity-focused approaches, is undermined by gaps in organizational learning and insufficient partner capacity to maintain services post-intervention. These evaluations, conducted between 2007 and 2011 in countries including , , and , assigned ordinal scores to sustainability factors, revealing that hardware installations alone rarely endure without integrated support for operation and maintenance. WaterAid's internal Sustainability Framework, introduced in 2011, mandates post-construction verification of facility functionality and usage at 1, 3, 5, and 10 years using "red flag" indicators such as oversight and collection, aiming to address common sector failures where 30-50% of rural water points become non-functional within 2-5 years. In a 2006 study of rural water supplies in , WaterAid-funded district partners reported a 67% functionality rate for their schemes, outperforming national averages in surveyed areas, attributed to enhanced planning and involvement; however, this assessment was conducted by WaterAid affiliates, raising questions about verification independence. Broader reviews, such as the UK's Independent Commission for Aid Impact (ICAI) assessment of DFID's results from 2011-2015, reference WaterAid's monitoring practices positively for extended post-project checks but note inconsistent evidence of sustained reliability, with examples of intermittent or failed systems in partnered initiatives despite intact hardware. Critics in sector analyses argue that NGO-driven models like WaterAid's, while innovative in systems strengthening, often fail to embed fiscal incentives for maintenance, contributing to relapse rates observed in global programming where health impacts dissipate without ongoing local funding. Recent data on WaterAid-specific long-term outcomes remains limited, with self-reported ambitions for universal sustainable services by 2030 unverified by large-scale, third-party longitudinal studies.

Criticisms and Controversies

Project Failures and Resource Waste

A post-implementation monitoring survey conducted by WaterAid on , , and services provided from 2005 to 2014 revealed substantial non-functionality in installed infrastructure, underscoring sustainability challenges. Of the deep tube wells (DTWs) assessed, 27% were non-functional, with mechanical breakdowns accounting for 72% of cases and drying for 29%; non-functionality rates were markedly higher for earlier installations, reaching 33-44% for those from 2005-2008. points showed 80% full functionality but 14% complete non-functionality and 6% partial, with trends indicating that up to 50% could become dysfunctional after nine years due to factors including inadequate community-based follow-up and maintenance gaps. Such outcomes exemplify broader resource waste in WaterAid initiatives, where upfront capital for , , and rehabilitation—often donor-funded—yields limited enduring access, necessitating reallocations or redundancies. Sanitation efforts faced parallel issues, with 13% of households reverting to or unhygienic practices despite prior interventions, reflecting incomplete behavior change and systemic oversight failures. Evaluations of WaterAid projects, including borehole assessments, have identified preventable technical errors, such as unaddressed aggressive water chemistry leading to rapid , which could have been mitigated through pre-installation surveys. Industry-wide data amplifies these patterns, with 30-50% of , , and projects globally failing within two to five years, frequently from insufficient , poor technology selection, and absent long-term financing mechanisms—issues evident in WaterAid's operational contexts across and . In , failure rates reach 60% on average, resulting in communities abandoning new infrastructure for contaminated alternatives and contributing to hundreds of millions of dollars in squandered aid across and well programs since the early . WaterAid has recognized these vulnerabilities in its analyses, attributing persistent service breakdowns to inadequate local governance and financing, though critics note that repeated cycles without addressing root causes like dependency on external funding exacerbate inefficiency.

Ethical Issues in Partnerships and Aid Dependency

WaterAid's partnerships with local governments and organizations in countries such as have been critiqued for contributing to persistent aid dependency within and systems. A 2022 analysis of WaterAid's participatory projects in six Nigerian local government areas (LGAs) revealed that, despite efforts to build capacity and involve communities, WASH units remained hampered by inefficiency, bureaucratic hurdles, and reliance on external NGO funding, with local authorities failing to allocate sufficient budgets or maintain independently. This dependency arises from structural incentives where donor-driven initiatives prioritize short-term outputs over fostering fiscal autonomy, potentially eroding local and self-sufficiency. Similar patterns have emerged in other operational contexts, such as Timor-Leste, where historical aid inflows have cultivated a dependency culture in communities, complicating efforts to transition to government-led services. Ethically, these dynamics question the sustainability of partnerships that, while delivering immediate infrastructure, may inadvertently prioritize NGO visibility and donor reporting over systemic reforms that reduce reliance on foreign assistance. Critics argue this contravenes principles of effective aid by distorting local incentives, as governments defer investment in WASH when external funds are available, perpetuating cycles of underfunding and repeated interventions. WaterAid counters these concerns by emphasizing advocacy for domestic financing and institutional strengthening, as outlined in its submissions promoting a shift from dependency to models through progressive structures and government budgeting. However, empirical evidence from partner-led evaluations indicates that such transitions remain incomplete, with comprising a disproportionate share of WASH expenditures in low-income settings, raising ethical dilemmas about the long-term equity of and the risk of entrenching paternalistic relationships. No verified instances of or fund misuse in WaterAid's partnerships have been documented, though the organization maintains global ethical standards and protocols to mitigate risks in high-corruption environments.

References

  1. https://holdings.panasonic/global/corporate/sustainability/citizenship/pnsf/report/wateraid.html
  2. https://www.wateraid.org/us/
  3. https://washmatters.wateraid.org/our-work/sustainability
  4. https://www.wateraid.org/us/media/wateraid-ranked-number-1
  5. https://www.charitynavigator.org/ein/300181674
  6. https://giving-evidence.com/2012/03/15/wateraid-admin-costs/
  7. https://www.wateraid.org/us/sustainability-what-we-do-building-services-that-last
  8. https://www.ft.com/content/7baa52f0-14a7-11de-8cd1-0000779fd2ac
  9. https://www.civilsociety.co.uk/news/wateraid-concerned-about-unreported-safeguarding-cases-after-three-dismissals.html
  10. https://www.wateraid.org/our-history
  11. https://www.theguardian.com/environment/2004/dec/17/water.guardianobituaries
  12. https://www.wateraid.org/uk/about-us/our-history
  13. https://www.wateraid.org/in/our-history
  14. https://www.wateraid.org/us/stories/twenty-years-wateraid-america-impact
  15. https://www.wateraid.org/sites/g/files/jkxoof271/files/2025-05/WaterAid-UK-Annual-Report-2023-2024.pdf
  16. https://www.wateraid.org/how-were-run
  17. https://www.wateraid.org/us/who-we-are/how-we-are-governed
  18. https://www.wateraid.org/uk/about-us/our-global-strategy
  19. https://www.wateraid.org/global-strategy-2022-2032
  20. https://www.wateraid.org/us/our-global-strategy
  21. https://www.wateraid.org/us/our-approach-to-value-for-money
  22. https://www.wateraid.org/sites/g/files/jkxoof271/files/2024-04/WAi_Governance_Manual.pdf
  23. https://www.wateraid.org/sites/g/files/jkxoof271/files/2024-07/WaterAid-UK-Annual-Report-2022-2023.pdf
  24. https://www.wateraid.org/us/our-annual-reports
  25. https://www.wateraid.org/us/transparency-impact-maintaining-clean-water-points
  26. https://www.wateraid.org/uk/about-us/annual-reports/2024-25-annual-report
  27. https://www.charityintelligence.ca/charity-details/687-wateraid-canada
  28. https://blog.givewell.org/2022/04/06/water-quality-overview/
  29. https://www.wateraid.org/us/stories/water-project-technologies-developing-world
  30. https://washmatters.wateraid.org/publications/lessons-learned-supporting-self-supply-water-systems
  31. https://www.wateraid.org/us/blog/building-boreholes-that-last-a-lifetime
  32. https://www.ircwash.org/sites/default/files/202.5-97WA-15099.pdf
  33. https://www.wateraid.org/ug/stories/improving-water-quality-and-service-levels
  34. https://www.wateraid.org/bd/sites/g/files/jkxoof236/files/post-implementation-monitoring-survey-pims-for-wash-services-provided-by-wateraid-bangladesh-during-the-last-10-years-2005-2014_1.pdf
  35. https://washmatters.wateraid.org/sites/g/files/jkxoof256/files/2024-08/Self-supply-lessons-WaterAid-experiences-2005-2023.pdf
  36. https://washmatters.wateraid.org/publications/professionalising-rural-small-town-water-supply-management
  37. https://washmatters.wateraid.org/publications/new-sanitation-technologies-for-communities-with-poor-soil
  38. https://washmatters.wateraid.org/sites/g/files/jkxoof256/files/annexes-to-technical-guidelines-for-construction-of-institutional-and-public-toilets.pdf
  39. https://washmatters.wateraid.org/publications/ecological-sanitation-latrines-the-experience-of-nepal-2008
  40. https://archive.ids.ac.uk/clts/sites/communityledtotalsanitation.org/files/media/CLTS_Allan.pdf
  41. https://washmatters.wateraid.org/blog/sanitation-in-small-towns-lessons-from-three-successful-projects
  42. https://www.wateraid.org/sites/g/files/jkxoof271/files/2024-07/WaterAid-Australia-Annual-Report-2022-2023.pdf
  43. https://www.wateraid.org/au/stories/our-impact
  44. https://washmatters.wateraid.org/publications/guidelines-for-the-construction-of-institutional-and-public-toilets
  45. https://washmatters.wateraid.org/our-work/hygiene
  46. https://washmatters.wateraid.org/sites/g/files/jkxoof256/files/2023-08/WaterAid%2520Hygiene%2520Framework.pdf
  47. https://www.susana.org/_resources/documents/default/3-2767-123-1494434085.pdf
  48. https://washmatters.wateraid.org/projects/hygiene-promotion-through-immunisation
  49. https://washmatters.wateraid.org/projects/improving-hygiene-behaviour-schools-healthcare-facilities-madagascar-nepal-tanzania
  50. https://www.wateraid.org/pk/national-behaviour-change-campaign-on-wash
  51. https://www.wateraid.org/us/emergency-disaster-relief
  52. https://www.wateraid.org/us/donate/emergency-response
  53. https://www.wateraid.org/in/wateraids-response-to-displaced-myanmar-nationals
  54. https://www.wateraid.org/us/media/Pakistan-floods-response-climate
  55. https://www.wateraid.org/us/wateraids-covid-19-response
  56. https://washmatters.wateraid.org/sites/g/files/jkxoof256/files/programme-guidance-for-climate-resilient-water-sanitation-and-hygiene.pdf
  57. https://www.wateraid.org/ca/basin-behavioural-adaptation-for-water-security-and-inclusion
  58. https://www.researchgate.net/publication/351315611_Integrating_sanitation_and_climate_change_adaptation_lessons_learned_from_case_studies_of_WaterAid%27s_work_in_four_countries
  59. https://washmatters.wateraid.org/publications/water-sanitation-and-hygiene-a-foundation-of-strong-resilient-health-systems
  60. https://www.wateraid.org/bd/media/national-inception-of-wash-systems-for-health-project
  61. https://www.wateraid.org/gh/blog/enhancing-health-and-nutrition-through-integrated-wash-solutions-in-ghanas-bongo-district
  62. https://washmatters.wateraid.org/publications/tools-assess-climate-resilient-WASH-healthcare-facilities
  63. https://washmatters.wateraid.org/publications/guidance-NDCs-NAPs-climate-resilient-WASH
  64. https://iwaponline.com/aqua/article/73/7/1437/103384/Effectiveness-of-climate-resilient-water-safety
  65. https://rsisinternational.org/journals/ijrsi/digital-library/volume-11-issue-11/121-150.pdf
  66. https://www.wateraid.org/sites/g/files/jkxoof271/files/2025-05/WaterAid-America-Annual-Report-2023-2024.pdf
  67. https://www.wateraid.org/ca/facts-and-statistics
  68. https://onlinelibrary.wiley.com/doi/full/10.1111/j.1747-6593.2012.00317.x
  69. https://repository.lboro.ac.uk/articles/journal_contribution/Improving_water_supply_and_sanitation_programme_effectiveness_lessons_from_WaterAid_s_outcome_evaluation_studies/9449798
  70. https://www.wateraid.org/sustainability-framework
  71. https://washmatters.wateraid.org/publications/sustainability-of-rural-water-supplies-in-tanzania-2006
  72. https://icai.independent.gov.uk/wp-content/uploads/ICAI-Impact-Review-Assessing-DFIDs-Results-in-Water-Sanitation-and-Hygiene.pdf
  73. https://pmc.ncbi.nlm.nih.gov/articles/PMC11865792/
  74. https://icai.independent.gov.uk/html-version/wash/
  75. https://globalwa.org/issue-brief/failing-fast-forward-learning-to-build-water-systems-that-last/
  76. https://wellawareworld.org/why-so-many-clean-water-projects-fail/
  77. https://washmatters.wateraid.org/sites/g/files/jkxoof256/files/tackling-the-water-sanitation-and-hygiene-sustainability-crisis-the-urgent-need-for-action_0.pdf
  78. https://iwaponline.com/h2open/article/5/3/424/89677/Working-with-local-governments-to-increase-access
  79. https://doaj.org/article/941729c81ce24e94848eca95f69d9e35
  80. https://washagendaforchange.org/timor-leste/
  81. https://hdr.undp.org/system/files/documents/wateraid.pdf
  82. https://thecommonsjournal.org/articles/10.18352/ijc.520
  83. https://committees.parliament.uk/writtenevidence/147669/pdf/
  84. https://washmatters.wateraid.org/publications/water-utilities-that-work-for-poor-people-increasing-viability-through-pro-poor
  85. http://www.wateraid.se/dokument/global_ethical_policy.pdf
  86. https://xapien.com/case-studies/customer-story-wateraid
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