Putting equality, inclusion and rights at the centre of a COVID-19 water, sanitation and hygiene response

This is a guest blog by Priya Nath (RWSN Theme Leader) and Louisa Gosling (RWSN Chair). It is reposted from the WaterAid blog with thanks. The original post is available here.

The poorest and least powerful sections of all societies are likely to be worst affected in crises, but we can work to alleviate inequalities through our response. Priya Nath and Louisa Gosling highlight how our emergency response to the coronavirus pandemic can mitigate new and existing vulnerabilities among people affected.

Handwashing with soap is the first line of defence in tackling the COVID-19 pandemic. Yet inequalities abound in access to water, sanitation and hygiene (WASH), services, and following the advice to wash your hands with soap regularly is not as easy for some as it may sound.

Years of experience and evidence show that income, economic context and landlessness; age, disability and health status; geographical location; and ethnicity, race, religion and gender all play huge roles in determining whether individuals, households and communities have appropriate, available, affordable and accessible WASH. At WaterAid, we have committed to tackling inequalities in all aspects of WASH access.

The way we approach the current extraordinary global health crisis can be no different. Tackling new and existing inequalities must be central to our emergency response to coronavirus. During the global COVID-19 pandemic, life-saving clean water for hygiene, safe sanitation and basic healthcare is more critical than ever. And delivering equitable, empowering WASH responses for all is fundamental.

In our support of COVID-19 responses through WASH we are both drawing on what we already know and learning new ways to reach the most marginalised and the most burdened.

What we already know about tackling inequalities in WASH and emergency contexts

1. Gender inequality is exacerbated in health emergencies and economic crises, so must be tackled in all response efforts

As schools close and families head into lockdown, domestic chores and caring responsibilities increase greatly. At the same time, increased calls for washing hands, as well as for cleaning and sanitising, multiply the need for water. Because of gender divisions of labour, it is women and girls who will have to collect this extra water, perform more labour and do more caring for people who become sick.

For the 29% of people who do not have water inside their home, the additional long journeys to water sources caused by increased demand for water will mean more chances of contact with others at waterpoints or kiosks. And for many it will mean spending more of their already scarce resources on buying water at an unaffordable cost.

Women queue up to collect water from the common water source in Anna Nagar Basti, Hyderabad, India.

WaterAid/ Ronny Sen
Women queue up to collect water from the common water source in Anna Nagar Basti, Hyderabad, India.

Meanwhile, an estimated 70% of the global health and social care workforce are women. As the coronavirus pandemic spreads, these frontline workers face increased pressure and exposure to the virus, often with little personal protective equipment. This in the context of two out of every five healthcare facilities globally lacking handwashing facilities, and 55% in least developed countries lacking basic water supplies.

Health crises also increase risks of violence and harassment of frontline health workers, particularly women nurses. Amid the Ebola outbreak in the Democratic Republic of Congo, for example, the World Health Organization documented attacks on more than 300 healthcare facilities in 2019, leaving six workers and patients dead and 70 wounded.

During times of enforced isolation and closure of many public facilities, women and girls’ ability to manage menstruation can be compromised in communities and households. Finding a clean and private space to change and wash while remaining indoors for much of the time with their family, and accessing menstrual materials and water, can be difficult.

Finally, isolation measures, the inability to access previous social support systems and increases in financial and other stresses are increasing the risks of violence against women everywhere (download report PDF). Although not directly connected to WASH, this has implications for women’s ability to access essential services, and must be factored into our response, to ensure people’s safety and security when accessing WASH and other services.

You can read more about the gendered impacts of the COVID-19 pandemic in this article published in The Lancet.

2. Marginalised people become even more vulnerable during a crisis

People with chronic health issues, such as HIV, or other health conditions are dealing with increased fear of acquiring COVID-19, while often already experiencing social stigma and exclusion based on their health status. In an environment where misconceptions around HIV transmission or general discrimination might already prevent them from using communal WASH facilities, crises have the potential to exacerbate the situation, making handwashing and maintaining treatments even harder. Additionally they face the real risk of disruption to essential life-saving services, and concerns over whether they will be able to access treatment for COVID-19 on an equal basis to others.

More than a billion people globally live with disabilities, the rates higher in low-income countries and among those living in poverty or belonging to ethnic minorities. Once again, the health and social inequalities they already face are intensified in crises. For someone with a physical impairment, accessing clean water frequently can be a challenge because of distance, inaccessible infrastructure or reliance on others.

People with disabilities are often already isolated from the outside world, missing out on public health campaigns geared towards people who move around. And public health and information campaigns are rarely targeted to their specific requirements. Those who rely on a carer to help them with daily tasks face either the risk of added exposure to the virus through their carer, or an inability to get the help they need more than ever in challenging times.

Reuben J. Yankan, Director of the Disable Camp 17th Street Community, who is visually impaired, being helped down the steps from a public toilet by Timothy Kpeh, Executive Director for Peace, Education, Transparency, & Development in Sinkor, Monrovia, Liberia.

WaterAid/ Ahmed Jallanzo
Reuben J. Yankan, Director of the Disable Camp 17th Street Community, who is visually impaired, is helped down the steps from a public toilet by Timothy Kpeh.

 

Equally, public health messaging and calls to stay inside are hard to follow for people who have little or no access to WASH facilities; those who rely on daily wages to survive; those living in densely populated informal settlements or refugee camps; and street dwellers. This puts them at greater risk of not only COVID-19, but also harsh punishment by authorities. For example, we are already seeing a response that includes clearance of informal markets and housing in the name of ‘sanitisation’ in some places. The Ebola crisis in Monrovia in 2014 set a precedent for quarantining entire informal settlements that were deemed a ‘health risk’. This a deep injustice.

Our response efforts can mitigate both existing and new vulnerabilities

While the poorest and least powerful are likely to be worst affected in crisis situations, we can work to alleviate the inequality through our response:

  1. Support governments and other WASH actors to deliver the human right to water and sanitation as a central part of response efforts, provided in a way that is non-discriminatory and accessible to all.
  2. Develop crisis responses alongside the affected communities rather than for them, to ensure solutions meet cultural, social and religious challenges. Disability rights, women’s rights and indigenous rights groups, to name a few, are best placed to help us shape our response in a way that is empowering, does no harm and responds to real requirements.
  3. Tackle and confront any discrimination and stigmatisation in response efforts, related to factors such as age, gender, race, ethnicity, socio-economic status, livelihood type and caste. We must closely monitor our messaging, images and approaches to ensure they are not inadvertently fuelling discrimination.
  4. Promote collection of water, cleanliness of water and sanitation facilities and practising of hygiene as the responsibility of all – not just women.
  5. Recognise the obligations and responsibility of government and sector actors to respond; do not make this an issue of individual action or responsibility.
  6. Ensure we are collecting and disaggregating data to understand differing impacts on all parts of the population. At minimum age, disability, gender and location disaggregation is needed.

Read UNICEF’s COVID-19 Considerations for Children and Adults with Disabilities (PDF) guide.

Our simple list of dos and don’ts

As initial responses, including ours, rely heavily on visual and mass media public communications, it is vital that these are respectful and do no harm. Our list of actions to take and avoid can help.

Do: Use images and messaging that show responsibility for hygiene behaviours can be equally distributed.

  • Ensure images are gender balanced.
  • Include males in images of household & community hygiene practices to show collective responsibility.

Don’t

  • Do not reinforce gender or other stereotypes – i.e. do not show only women doing washing, cleaning or looking after children.

Do: Frame messaging that builds community spirit, support and collective action.

  • Use terms like ‘us’, ’we, ‘together as a community’, ‘altogether we can, etc.
  • Use images that show people helping each other.
  • Demonstrate sector/government response and duties, not just individual responsibility.

Don’t

  • Do not focus only on individualistic messages, which reinforce individualistic responses and actions.
  • Do not use emotional triggers such as shame, guilt or fear – we have a responsibility to avoid promoting further hysteria or blame.
  • Avoid emotional or negative language.

Do: Portray people in all their diversity.

  • Communities are made up of women, men, children, people with impairments, people of different ethnic or religious identifies, etc – reflect this reality in your communications to improve uptake.

Don’t

  • Do not blame or associate individual factors such as gender, ethnicity, religion, age, impairment, health or poverty status with reasons for infection or contagion.
  • Avoid messaging, images or implementation approaches that unintentionally stigmatise, ostracise or cause abuse for certain people.

Do: Acknowledge and respond to the diverse needs of communities.

  • Demonstrate how assistive devices can be used.
  • Demonstrate solutions that are relevant in low-income settlements, in rural and water scarce areas.
  • The Compendium of accessible WASH technologies has illustrations and descriptions you can adapt.

Don’t

  • Avoid blanket approaches that suggest that everyone can change behaviours without any specific adaptations.
  • Do not direct messaging or responsibility for ‘change of behaviour’ at one group of people, e.g. mothers, instead talk about parents caring for children.
  • Do not misrepresent the number of people who have a clean water supply or access to soap.

Do: Adapt communications to suit different target groups.

  • Consider the communication and learning abilities of all people, including people with visual, hearing and intellectual impairments.
  • Plan channels for information to reach all, especially those doing caring duties, sanitation work, etc.
  • Takeaway materials can reinforce messages and make up for some short-term memory loss among older people or people with disabilities.
  • These should be easy to read, large script, high contrast between text and paper, on non-glare/glossy paper, in local languages/dialects, highly visual​​​​.

Don’t

  • o not exclude anyone. Not being inclusive of all can lead to fear, shame and blame.
  • Do not portray informal settlements or slum areas as ‘vectors of disease’, or poorer areas of the city as being unable to keep clean. This reinforces stigma and increases the chance of a negative reaction. For example, there have already been cases of informal housing being cleared in the name of ‘sanitisation’. The solution lies in guaranteeing adequate and safe levels of service for all, rather than reinforcing stigma towards certain parts of the population.

Do: As part of our do no harm approach, do a risk assessment before and throughout communications campaigns

  • Monitor backlash on social media, such as racist comments and immediately delete as needed.
  • Check that it does not amplify or put blame on one group (or if audience is interpreting it that way).
  • List who is likely to miss out on the communication because of language, ability, culture or gender, and come up with strategies for how they could be included.

Don’t

  • Do not ostracise or promote ‘calling out’ of people or parts of the population. This may encourage vigilante tactics or backlash.
  • Avoid terms such as ‘victim’, ‘infecting’ or ‘spreading to others’.
  • Do not tolerate any racist, bigoted or blaming comments on social media and have a strategy for monitoring these.

Follow us on our journey through the response

As we support community, national and global responses to the coronavirus pandemic, we need to draw on what we already know, keep learning from others and ultimately improve the way in which response work reaches and addresses the needs of the most marginalised, the most burdened and those further away from life-saving clean water for hygiene, safe sanitation and basic healthcare.

At WaterAid, we are putting these principles into action, applying them to our COVID-19 response efforts, details of which you can read in this blog. We look forward to sharing lessons and challenges along the way.

Priya Nath is Equality, Inclusion and Rights Advisor and Louisa Gosling is Senior WASH Manager – Accountability and Rights, both at WaterAid UK.

Photo credit: WaterAid/ Ronny Sen

 

 

 

WaSH and Coronavirus – knowns, unknowns, and implications for monitoring and management

A novel coronavirus emerged in Wuhan, China in late 2019. The novel coronavirus, SARS-CoV-2 (or COVID-19), is believed to have originated in bats, and has rapidly progressed to a global pandemic that has infected hundreds of thousands of individuals (1, 2).

Author: Dr. Michael B. Fisher, University of North Carolina at Chapel Hill. Acknowledgement to Dr. Mark Sobsey for critical review and input.

Ensuring adequate water, sanitation, and hygiene measures is essential to controlling the spread of COVID-19 (1), but much remains unknown with respect to the optimizing and quantifying the impacts of WaSH interventions and best practices in combating the current COVID-19 pandemic.

Water and Hygiene
Adequate hand and personal hygiene prevent COVID-19 transmission. Handwashing with soap (3) or alcohol-based hand sanitizer (4) is an effective means to disrupt transmission, along with social distancing, identification and isolation of cases, contact tracing and follow-up, etc. Adequate quantities of available water are essential to maintaining hand hygiene and personal hygiene (5). While these universal prevention measures are well-known, the relative impact of hand hygiene as compared to other infection prevention and control measures such as social distancing, surface disinfection, etc., as a means of slowing COVID-19 transmission has not yet been characterized. However, the availability of water and cleaning products such as soap and chlorine are essential for basic hygiene and infection prevention measures such as hand washing, surface disinfection, and laundry, and should be regarded as universal prerequisites for effective control of the COVID-19 pandemic and other outbreaks (1).

Waterborne transmission has not been documented, and the survival of COVID-19 in water remains unknown (but the virus is thought to persist for hours to days); however, WHO advises that waterborne transmission is unlikely based on available evidence for other similar viruses, and current best practices for safe management of drinking water should be sufficient during the COVID-19 outbreak (1). In addition to direct waterborne transmission, person-to-person transmission may be a concern at communal water sources, where crowding may lead to direct and indirect contact between individuals. Guidelines for practicing appropriate social distancing while accessing communal water sources have not yet been developed, but general social distancing and hand hygiene guidelines may be applicable here as well. The extent to which communal water sources may be hotspots for person-to-person COVID-19 transmission is currently unknown.

IMG_5793
Northern Ghana, between 2011 and 2014

Surface disinfection
The persistence of COVID-19 on surfaces and hands under different environmental conditions is being actively studied. Available evidence suggests that the virus can likely persist and remain infectious for up to 3 days on many surfaces (6). Chlorine rapidly inactivates COVID-19 and other viruses on contact. Current recommendations indicate that a dilute chlorine solution (e.g. 0.1% free chlorine, which can be prepared by adding one part household bleach [~5% free chlorine] to 49 parts water- i.e. 20 mL of bleach per liter, 7) or a 70% ethyl alcohol solution can be used for surface disinfection at least once per day (1, 8). However, further validation of best practices for optimal surface disinfection and optimal cleaning frequencies to prevent COVID-19 transmission may be useful to review and/or refine this guidance.

Sanitation
COVID-19 RNA has been detected in the feces of infected individuals (9), but it is not yet known whether infectious virus is also shed in feces. Furthermore, the survival of COVID-19 in feces and wastewater has not yet been characterized. To date, transmission of the virus via feces/wastewater has not been documented, and risk of transmission by this pathway is believed to be relatively low (10). Current WHO recommendations on safe management of human excreta are therefore currently deemed sufficient for preventing fecal-oral transmission of COVID-19. However, where sanitation facilities are shared between known COVID-19 cases and those without symptoms, additional precautions may be warranted- specifically, the facilities should be disinfected at least twice daily by a trained worker wearing suitable personal protective equipment (PPE, 1). Furthermore, adequate plumbing of flush toilets is needed to prevent backflow and/or aerosolization of excreta, which may contribute to COVID-19 transmission by aersosols (1). Where these recommendations are not implemented, the extent to which unsafe management of excreta may contribute to COVID-19 transmission has not yet been quantified. Furthermore, the extent to which sanitation workers may be at risk from transmission of COVID-19 through the feces of infected persons likewise remains unknown. The use of PPE and frequent handwashing should reduce risks to sanitation workers; where latrines that may contain excreta from infected individuals must be emptied, hydrated lime may be added to disinfect the excreta prior to emptying (1).

While available evidence is sufficient to reinforce the need for adequate water, sanitation, hygiene, and cleaning services and methods to prevent COVID-19 transmission in homes, communities, and health care facilities, many important questions still remain unanswered.

  • How is your organization confronting the current COVID-19 pandemic?
  • Are you involved in work to answer any of these WaSH-related questions?
  • What next steps are needed to inform efforts by rural water supply implementers and rural environmental health professionals to combat the current coronavirus pandemic?
  • What additional monitoring activities (if any) are needed for an effective COVID-19 response where you work?

Share your responses by joining the RWSN e-discussion: Responding to the current COVID-19 crisis: questions, resources, and implications for rural water supply at the operational level

 

References
1. World Health Organization. (2020). Water, sanitation, hygiene and waste management for COVID-19: technical brief, 03 March 2020 (No. WHO/2019-NcOV/IPC_WASH/2020.1). World Health Organization. https://globalhandwashing.org/wp-content/uploads/2020/03/WHO-2019-NcOV-IPC_WASH-2020.1-eng-5.pdf
2. Perlman, S. (2020). Another decade, another coronavirus. https://www.nejm.org/doi/full/10.1056/NEJMe2001126
3. Centers for Disease Control and Prevention. (2020). Interim infection prevention and control recommendations for patients with confirmed 2019 novel coronavirus (2019-nCoV) or persons under investigation for 2019-nCoV in healthcare settings. https://www.cdc.gov/coronavirus/2019-ncov/infection-control/control-recommendations.html
4. Siddharta, A., Pfaender, S., Vielle, N. J., Dijkman, R., Friesland, M., Becker, B., … & Brill, F. H. (2017). Virucidal activity of WHO-recommended formulations against enveloped viruses including Zika, Ebola and emerging Coronaviruses. The Journal of infectious diseases. https://academic.oup.com/jid/article/215/6/902/2965582
5. Pickering, A. J., Davis, J., Blum, A. G., Scalmanini, J., Oyier, B., Okoth, G., … & Ram, P. K. (2013). Access to waterless hand sanitizer improves student hand hygiene behavior in primary schools in Nairobi, Kenya. The American journal of tropical medicine and hygiene, 89(3), 411-418. https://www.ajtmh.org/content/journals/10.4269/ajtmh.13-0008
6. van Doremalen, N., Bushmaker, T., Morris, D. H., Holbrook, M. G., Gamble, A., Williamson, B. N., … & Lloyd-Smith, J. O. (2020). Aerosol and Surface Stability of SARS-CoV-2 as Compared with SARS-CoV-1. New England Journal of Medicine. https://www.nejm.org/doi/full/10.1056/NEJMc2004973?query=recirc_mostViewed_railB_article
7. https://www.who.int/publications-detail/home-care-for-patients-with-suspected-novel-coronavirus-(ncov)-infection-presenting-with-mild-symptoms-and-management-of-contacts
8. Zhang, J., Wang, S., & Xue, Y. (2020). Fecal specimen diagnosis 2019 Novel Coronavirus–Infected Pneumonia. Journal of Medical Virology. https://onlinelibrary.wiley.com/doi/full/10.1002/jmv.25742
9. Kampf, G., Todt, D., Pfaender, S., & Steinmann, E. (2020). Persistence of coronaviruses on inanimate surfaces and its inactivation with biocidal agents. Journal of Hospital Infection. https://www.sciencedirect.com/science/article/pii/S0195670120300463
10. US Centers for Disease Control and Prevention, 2020. Water Transmission and COVID-19 Drinking Water, Recreational Water and Wastewater: What You Need to Know. Website, accessed March 25, 2020. https://www.cdc.gov/coronavirus/2019-ncov/php/water.html

In Memoriam: Mansoor Ali

Mansoor Ali, an active early member of the Hanpump Technology Network (HTN), recently passed on.

Main Photo: 5 June, 2003: HTN Meeting at Durban – Vishwas, Raj, Mansoor (R K Daw)

by Raj Kumar Daw

Summer, 1973, Groundwater Surveys & Development Agency – GSDA, Pune had just been created and was acquiring its drilling rigs. The founding Director of GSDA, Dr. Venkataraman, constantly raided the NGOs for whatever he could get. He sent me word that he was coming to Vadala. I was trying my first attempt at rehabilitating an abandoned bore well adjacent to our workshop. The work had gone well. Dr. Venkataraman arrived, passing through Geological Investigation Team, Ahmednagar, headed at that time by Sarma Nidamarthy. Sarma had sent two of his staff with Dr. Venkataraman. Gautam and Mansoor.

That was the first time I met Mansoor.

Continue reading “In Memoriam: Mansoor Ali”

Regulating the WASH sector from a human rights lens – IWA/RWSN webinar

Featuring a presentation from the United Nations Special Rapporteur on the human rights to safe drinking water and sanitation, this webinar aims to:

• exchange experience with and among regulatory actors and practitioners, in particular highlighting barriers and opportunities and share good practices and practical approaches to promoting and implementing the human rights to water and sanitation
• discuss the way forward for the next decade on the realization of the human rights to water and sanitation
• provide input/suggestions for the mandate of the Special Rapporteur

SIGN-UP

TYPEWebinar
DURATION60 mins
START DATE13 Feb 2020
START TIME15:00 (Amsterdam time)
LANGUAGEEnglish
FORMATPresentation, Discussion + Q&A

Target Audience

Practitioners in WASH sector, representatives of regulatory agencies

Regulatory actors have an important role in how individuals enjoy their human rights to water and sanitation. They contribute towards the enjoyment of human rights by taking measures to monitor how utilities comply with rules and standards that are in line with the human rights to water and sanitation. Further, they are responsible to ensure that utilities are held accountable for non-compliance. Such regulators are able to oversee services, and to ensure that all – especially the most disadvantaged – are provided with the services they need and deserve. Therefore, in the current world where 1 out of 3 people do not have access to safe drinking water, the role of regulation has been steadily gaining ground in the water (as well as sanitation and hygiene) sector.

It is equally important to note the challenge of regulating WASH services in rural areas and peri-urban informal settlements. In such unserved or underserved areas, many households have no choice but to turn to informal, small-scale providers that operate beyond any institutional oversight. Regulating these actors might not be an easy endeavour, but it is instrumental in guaranteeing the compliance of the services provided with human rights standards.

Learning Objectives

Featuring a presentation from the United Nations Special Rapporteur on the human rights to safe drinking water and sanitation, this webinar aims to:

• exchange experience with and among regulatory actors and practitioners, in particular highlighting barriers and opportunities and share good practices and practical approaches to promoting and implementing the human rights to water and sanitation
• discuss the way forward for the next decade on the realization of the human rights to water and sanitation
• provide input/suggestions for the mandate of the Special Rapporteur

Host

IWA, UN Special Rapporteur on the human rights to water and sanitation, WaterAid & Rural Water Supply Network (RWSN)

Panelists

  • Léo Heller UN Special Rapporteur on the human rights to water and sanitation
  • Kelvin Chitumbo Director, National Water Supply and Sanitation Council (NWASCO)

SIGN-UP

In Memoriam: Ken McLeod – India Mark II development lead

en McLeod, who died of cancer in Cairns, Australia, on January 23rd at the age of 88, was recruited by Unicef to support India’s village water supply programme from 1974-1978, and played a pivotal role in the development of the India MK II hand pump.

by Rupert Talbot (former UNICEF and past Chair of HTN/RWSN)

Remembering Ken

Ken McLeod, who died of cancer in Cairns, Australia, on January 23rd at the age of 88, was recruited by Unicef to support India’s village water supply programme from 1974-1978, and played a pivotal role in the development of the India MK II hand pump.

The Government of India’s fourth, five year development plan (1969-1974) envisaged the ambitious goal of providing drinking water in the hard rock, drought prone regions of the country, using innovative down-the-hole-hammer drilling and deep well hand pump technology. Drill rigs were to be imported by Unicef and locally made, cast iron hand pumps, supplied and maintained by Government. In 1974, at the end of the plan period, hand pump surveys concluded that 75% of some 40,000 installations were not working. The viability of drilling and hand pump technology was in question and there was the real prospect of UNICEF, the Government of India’s main partner, withdrawing support. The programme was in serious crisis.

Ken McLeod, his 1942 Jeep, and Myra who designed the first India MK II hand pump poster, New Delhi, 1976 (Photo: Rupert Talbot)

Water well drilling was virgin territory for Unicef in the early 1970s and Unicef’s Executive Board had been divided over the decision to invest in such costly technology in the first place. It was now faced with the hard option of either scrapping the programme or keeping faith. It was a close run thing. Fortunately, the ‘pro’ lobby won with the eminently wise decision to halt the supply of drill rigs until the hand pump problem was fixed. Which is where Ken McLeod comes in.

Ken was a pragmatic, no–nonsense, straight talking, tell-it-as-it-is Australian with a diverse engineering background which ranged from marine and civil engineering to blast hole and water well drilling with down-the-hole-hammers. He had an innate sense of what would probably work and what wouldn’t. Obstinacy was also a hallmark. A serious asset as it turned out. Once he had made up his mind it was difficult to persuade him otherwise. And he had a droll sense of humour. His repertoire of stories and anecdotes are legendary within the water well fraternity. It would seem that seriousness of purpose combined with good humour are prerequisites for successful development enterprises. Ken had both these qualities in spades.

Over the course of the next 4 years it fell to Ken to identify, coordinate, argue with and cajole, myriad organisations and individuals to develop what became known as the India MK II hand pump. This was an extraordinarily complex, collaborative venture, involving pioneering NGOs in Maharashtra, birth place of the fabricated steel Jalna, Jalvad and Sholapur pumps, spearheaded by Raj Kumar Daw and Oscar Carlson (names participants in the RWSN Sustainable Groundwater Development Forum will be familiar with); WHO, who were independently trying to develop their own cast iron ‘Bangalore Pump’; The Government of India, whose programme was in dire straits and who were being prevailed upon by the country-wide hand pump industry to continue with the supply of their cast iron products (‘junk pumps,’ in McLeod Speak); and an engineering enterprise, Richardson and Cruddas, a Government of India undertaking tasked with making prototype and then production pumps. It took a McLeod to handle all of that.

Ken McLeod, Arun Mudgal (Richardson and Cruddas) and Rupert Talbot, MK II test area, Coimbatore, 1975. A ‘what to do ?’ moment after experimental cylinders had failed. (Photo: Rupert Talbot)

It is getting on for 50 years since it was eventually agreed by all parties that the Sholapur pump would form the basis of a new design and we were able to make and test the first dozen prototypes under the deep water table conditions of Coimbatore, Southern India. The fact that the India MK II then went successfully into mass production was largely due to Ken’s clarity of vision, direction, smart technical choices and perseverence.

I spoke with Ken for the last time two weeks before he died. We talked of those heady days of trying to get the MK II programme off the ground, of the internal arguments, external battles and technical problem solving in the field and in the factory.

His voice was strong and his mind as clear as a bell as he recalled people, places and events in great detail and he spoke warmly of those free spirits with their out of the box thinking who strove to make better hand pumps.

He was amazed to learn that there are now several million MK IIs in India alone and that it is exported to 40 or more countries. But hugely disappointed that the third party quality assurance procedures set up in his day and honed over the years to become the corner stone of the MK II programme under Ken Gray, had been allowed to slide back and that MK II look-a-like ‘junk pumps’ are being exported from India to Africa. That, we agreed, is a great tragedy.

There were many brilliant, dedicated people involved in the development of the India MK II. Ken never claimed any credit for it himself, but we all know who led the charge. It wouldn’t have happened without him. He was the right man in the right place at the right time. It needed his force of personality, tough and uncompromising ways, solid understanding of technical issues and absolute determination to get the job done in the face of industrial strength, bureaucratic wranglings. Aussie grit personified.

After Unicef, Ken McLeod worked with Shaul Arlossoroff and his UNDP-World Bank Hand Pumps Project, initially based in Nairobi then out of Australia, spending much of his time in China where I have no doubt he brought the same skills and energy to bear as he did in India.

Pragmatic and stoic to the very end he told me he hadn’t got long and was resigned to being on the ‘home stretch’ as he called it.

No funeral for Ken. No grave, no head stone, no epitaph. He wanted none of that. Instead, he has the lasting legacy of the India Mark II hand pump itself. Millions of them in fact.

Kenneth Robert McLeod, 1932 – 2020

RIP

Rupert Talbot
RWSN
26/1/20

External support programs to improve rural drinking water service sustainability: a systematic review

This is a guest blog by Meghan Miller. Meghan is completing her PhD in the Department of Environmental Sciences and Engineering at the University of North Carolina at Chapel Hill and has conducted both her masters and doctorate research through The Water Institute.

The Water Institute recently published a systematic review on external support programs (ESPs) that target rural, often community-managed water systems. ESPs are of vital importance to long-term functionality and sustainability of rural drinking water service, as all water systems fail eventually and rural water committees can lack the resources and/or capacity to rehabilitate the systems independently.

The purpose of the systematic review was to determine how ESPs in low-, medium- and high-income countries are described and measured. The aims of the analysis were to: create a typology of ESP activities based on ESPs for rural drinking water systems; identify barriers to ESP access and implementation; and determine how ESPs effect the sustainability of rural water systems.

So what do external support programs do?

The types of ESP activities described in the literature were: technical assistance, financial assistance, monitoring and regulation, communication and coordination, administrative assistance, capacity-building, and creation of policies and enforcement of regulations. Technical assistance, financial assistance, and capacity-building were described in the majority of publications included (66%, 57%, and 53% respectively).

Need for a typology of activities and precise language

The language used to describe ESPs was not consistent between publications about low-, middle-, and high-income countries. When ESP activities go underreported, knowledge transfer is limited and support for ESPs is reduced. Communication and coordination between ESP providers is further limited by inconsistent and imprecise language. We identified twenty-one terms that were used to describe ESPs. Some terms imply that support occurs at specific phases or with specific actors. Post-construction support, for example, assumes that projects have a single construction event. The terminology should reflect how and when support is provided. The better ESP terminology is defined, the better we can compare ESPs in different settings.

External support was the most commonly used term (27% of publications) and we propose using the term “external support programs” to describe the continued support for water systems. Based on our analysis we propose the following definition for ESPs: “the set of activities provided by NGOs, government, private and community-based entities to community-member managers to ensure continued safe operation of a drinking water system.”

What are the barriers to external support programs?

Barriers to ESPs were grouped into six categories: inadequate resources, inadequate ESP support, restrictive policies, lack of communication and coordination, little access to ESPs, and insufficient training of water system managers. The barriers to ESP varied by country income classification. Lack of communication within ESPs and between ESPs and stakeholders was most frequently mentioned in publications about high-income countries (36% of the publications); lack of communicate was often characterized by unclear roles and responsibilities, lack of trust between ESPs and stakeholders, inability to resolve disputes and misunderstanding of local context. Insufficient training of staff and insufficient resources for ESP wa identified as the most common barriers to ESP in publications about low and lower-income countries (57% and 45% of publications respectively).

Little comprehensive monitoring and assessment of ESPs

Twenty studies evaluated the effects of ESPs on water service levels. Most publications described ESP activities but did not undertake data collection to assess the programs. Without a rigorous assessment of ESPs, it is difficult to identify the most effective components of ESPs. Proper monitoring requires that stakeholders understand the activities and models implemented by ESP providers. Presence of ESPs and access to spare parts were used as the indicators of ESP activity by studies assessing the effect of ESPs on households and water systems. Better monitoring would include indicators that measure the six types of ESP activities, such as the frequency and attendance rate of water committee training events. Indicators should also measure the effectiveness of different providers – these outcome indicators should be developed according to the type and purpose of the ESP. Additional assessments of ESPs will help stakeholders identify which ESP activities and models promote sustainability. Support programs can then incorporate those that promote sustainability.

Majority of publications report on ESPs for point sources

The majority of publications addressed ESPs for point sources. The focus on point sources ignores water sources in community institutions and the implementation of more complex water systems. Community institutions, such as schools and health care facilities, have different water use characteristics and management structures than community drinking water systems and support to these community institutions will require adaptations to existing ESPs. Piped water systems, compared to point sources, are more complex, have larger one-time repair costs, typically require repairs more frequently, may require specialist technicians, and may require more expensive parts. Descriptions of ESPs in community settings and for more complex systems will improve knowledge about how ESPs for can be adapted to better serve community needs.

Further reading

The full article is available as:

Miller, M., Cronk, R., Klug, T., Kelly, E.R., Behnke, N., Bartram, J., 2019. External support programs to improve rural drinking water service sustainability: A systematic review. Sci. Total Environ. 670, 717–731. https://doi.org/10.1016/j.scitotenv.2019.03.069

Figure: Model of the variables that affect and are affected by external support programs based on data from quantitative and qualitative evaluations of external support programs and review of the literature. Plus signs represent a positive relationship and negative signs represent a negative relationship. The dashed lines represent relationships that have been identified in the literature, but were not assessed in the ESP evaluations. Credit: Authors.

 

 

 

 

Floods with silver linings: Redefining how aquifers replenish in dryland Africa

This blog by Sean Furey was originally published in GeoDrilling International and is available here.

Drilling for water is only useful if there is good water to be had now and into the future. Since 2013, researchers in the UK-funded programme Unlocking the Potential of Groundwater for the Poor, have been working all over Africa to understand better the continents aquifers and how their hidden wealth can be used to benefit everyone. Now after years of patient work, exciting results and resources are emerging.

One is that the Africa Groundwater Atlas, curated by the British Geological Survey, now has downloadable GIS maps for 38 countries. They are quite large scale, so not detailed enough for individual borehole siting, but a good starting point for identifying where major aquifers are. This supports the wealth of other useful information, in English and French, on the soils, climate and groundwater use in all 52 of Africa’s countries.

Meanwhile a major finding published in the leading science journal Nature in August overturns our understanding of how aquifers are recharged in Africa’s drylands. In humid areas of the continent, like the tropical Congo Basin, there is a direct relationship between the rain that falls on an area of rainforest and what percolates down into the soil and rock. Not so in the Savannah’s and scrub land of the Sahel, the Horn of Africa and Savannah’s of East and Southern Africa.

Analysis of the precious few long groundwater records, combined with local studies in Niger, Ethiopia and Tanzania have shown that here rainwater is only able to percolate into the aquifer in well-defined locations, like ponds and riverbeds, and only after very intense storms. As a hydrogeologist that used to work on the Chalk aquifers of South East England, this is almost is a polar opposite. In the UK, nice steady drizzle over the winter maybe unpleasant for most people but it is heaven for ducks and water resource managers, because the soil gets saturated and water flows down into cracks and pore-spaces of the underlying rock, then on to providing baseflow for rivers and wetlands.

In the African drylands, it is the floodwater that is critical for focused recharge along ephemeral river valleys and depressions in the landscape. In parallel to this work, research on climate change indicates that in these areas of West and East Africa, rainy seasons are likely to come later and have fewer rain days – but with the same or more volume of rainfall. The inference from this is that when it does rain, it will rain harder – and more of it will find its way into the ground.

So, looking ahead, the role of aquifers in acting as a buffer between periods of flood and drought will become more and more important. This makes Managed Aquifer Recharge (MAR) look increasingly important to capture floods, both to protect lives and property from damage and to have that water available through the long dry seasons.

One such low-cost opportunity is the way that road drainage is designed so that instead of dumping storm water into already swollen rivers, they divert the water into infiltration ponds and ditches, which can farmers can use when the storm subsides.

Tropical and sub-Tropical climates around the world are always challengingly variable, and these extremes look set to expand, but for drillers and water users at least there is this one silver lining.

 

Ugandan drillers receive training at the Water Resources Institute

Being back in Uganda again after an absence of five years gives me immense joy. This country of warmth, friendliness and humour, where one can literally have an engaging conversation with anyone, whether askari (guard), taxi driver, fruit and vegetable seller, driller or civil servant. Thus, my few days here have been filled with shared laughter and kaboozi (Luganda for conversation or gossip, but the word conveys so much more).

My visit to Kampala has coincided with the first day of a three-day training entitled “Practical Skills in Drilling” by Uganda’s Water Resources Institute. The training is for 25 drillers and assistant drillers, and comprises a classroom day, followed by two days in the field. As we sit waiting for the training to commence, I ask the participants (all men so far) why there are no women drillers. We talk about the man’s world of drilling (stamina needed), and the women’s world of fetching water (stamina needed). The discussion is engaging and together we reflect on the role of women and men in society and the home. For my side I feel proud to be one of the few women involved in drilling and talk about the two manual companies that I have heard about in Zambia which are run by women. On the spot, I really wish that there were many more of us….

The training commences. The course is a collaboration between the Ministry of Water and Environment (MWE) Water Resources Institute (WRI) and the Uganda Drilling Contractors Association (UDCA). The Chair of the Association, Dr Flavio Pasqualato from Draco (U) Ltd., gives a his opening words of encouragement, followed by the Managing Director, Anthony Luutu of Aquatech Ltd. I am invited to say a few words, and express my delight at seeing training of drillers that I wish was happening on a regular basis in ALL countries on the African continent and beyond.

Training 1

Gracious Sembali systematically collects the expectations of the participants

Dr Callist Tindimugaya (MWE) officially opens the training, pointing out that when people are learning informally from each other, that the message will change over time. I think of the game of Chinese whispers and vow to include it as an icebreaker at the start of my next drilling training course make his point. Callist also adds that “Nobody has all the knowledge; you can learn from each other”, something that is key in adult education.

Training 2

Dr Callist Tindimugaya explains the hydrogeology of Uganda to participants

Trying to raise drilling professionalism is a significant undertaking, and I am struck by the pragmatic messages that Callist conveys to all of us. “If you and your colleagues are doing a good job, you will raise the respect for drillers in Uganda…..we want drillers to be seen as serious and doing good quality work”.

It is clear that the training that the institute has been undertaking has had an effect on training methods. Gracious Sembali from Hippo Technical Services systematically collects the expectations of the participants, and writes them up on a flip chart, carefully grouping them:

  1. Improve knowledge and skills (e.g. when to stop drilling, mud drilling techniques, formation collapse, drilling in sediments)
  2. Standardisation in drilling
  3. Knowledge of different formations
  4. Certification as a driller by UCDA
  5. Knowledge-sharing including experiences
  6. Hydrological aspects and siting
  7. Handling of clients and public relations
  8. Availability of geological maps
  9. Expectations of facilitators
  10. Benefits of UCDA membership and recognition

As I listen, I am struck by the number of issues that are beyond the training course itself, something I have also observed in the course I have run, or managed. The specific skills sought and wider concerns are intertwined.

Alas, I am only able to attend the first presentation, an overview of Uganda’s geology and hydrogeology. I learn a lot, and observe the participants taking notes, and later asking questions. There is so much to be learnt, and the eagerness of these drillers and assistant drillers is apparent. I am delighted at what I see, encouraged, and then start thinking about the number of drillers on the African continent, and that this is needed for all. I try not to get disheartened. There are national training institutes undertaking short courses like these, or longer courses in Nigeria and Ethiopia. In some countries, people are more than aware of the need, and the demand, but are looking left and right for funding, without success. I am glad to have run similar courses, but am so aware that to date these have been ad hoc.

So my closing words? A huge thank you to the Ministry of Water and Environment’s Water Resources Institute and the Uganda Drilling Contractors Association (UCDA) for what you are doing. It is inspirational.

Now, how can training in drilling professionalism be institutionalised elsewhere?

Photo credits: Dr Kerstin Danert.

Corrosion de la pompe à main et qualité des matériaux : Un défi pour le Burkina Faso et le reste du monde

Au Burkina Faso, le nombre élevé de forages équipés d’une pompe à motricité humaine (PMH) qui dysfonctionnent ou qui nécessitent de grosses réparations quelques années seulement après leur construction est alarmant. Les audits techniques effectués en 2013 et 2014 au Burkina Faso sur des forages équipés de PMH ont révélé des situations préoccupantes en termes de qualité de l’eau, de matériel inadapté aux profondeurs des puits et de pompes non-conformes. Dans plus d’un tiers des cas, les forages équipés de PMH dysfonctionnent ou deviennent même totalement inutilisables en moins de quelques années. Entre 0.6 milliards de FCFA (0.9 million d’€) et 2.9 milliards de FCFA (4,5 millions d’€) d’investissements annuels seraient ainsi perdus du fait de l’installation de PMH de qualité médiocre et de diverses malfaçons lors des travaux de construction. Chaque année, plus de 130 000 personnes bénéficient d’un service d’approvisionnement en eau dont la pérennité n’est de ce fait pas assurée au-delà des premières années.

La corrosion des PMH est un phénomène connu depuis plus de 30 ans ; elle demeure pourtant un problème majeur au Burkina Faso car les gouvernements successifs et les agences d’aide au développement ont continué d’installer des pompes fabriquées à partir de matériaux inadaptés. Ces pratiques ont généré des coûts d’entretien élevés, de multiples pannes et le rejet de nombreux points d’eau par les communautés car l’eau y était de mauvaise qualité. La corrosion des PMH est un problème mondial majeur, dont le secteur EAH ne s’est jusqu’à présent toujours pas saisi à sa juste mesure, et qui risque d’empêcher la réalisation de l’Objectif du Développement Durable n°6 au Burkina Faso comme dans d’autres pays. Sur les forums de discussion en ligne du Réseau pour l’Approvisionnement Rural en Eau (RWSN), les experts internationaux font notamment remonter comme principales préoccupations à ce sujet : des matériaux et des pièces composantes de qualité inadaptée, un manque de contrôle qualité, des prix anormalement bas, et des pratiques d’achat et de commande problématiques.

Une enquête sur la qualité des composants des pompes manuelles au Burkina Faso a été lancé début 2017. Des échantillons de la conduite principale montante et de la tige de la pompe ont été achetés auprès de fournisseurs à Ouagadougou, et d’autres échantillons provenaient de pompes en service ou abandonnées. Tous les échantillons ont été testés pour leur composition chimique. En 2019 des tests de composition chimique ont été réalisés sur l’ensemble de ces échantillons. L’analyse des résultats de ces tests révèle que : cinq des six colonnes d’exhaure et deux des quatre tringles ne sont pas conformes aux normes internationales de composition de l’acier inoxydable du grade indiqué. La faible teneur en nickel de ces échantillons signifie notamment que les pièces analysées ont en réalité une résistance à la corrosion moindre que celle qu’elles devraient avoir si elles étaient effectivement du grade indiqué.

Les 13 pièces composantes qui ont été testées dans le cadre de cette étude forment un trop petit échantillon pour s’avérer statistiquement représentatives de la situation du Burkina Faso dans son ensemble.  Cet échantillon corrobore toutefois les inquiétudes du Gouvernement et des foreurs. Il y a quelque chose qui ne va pas avec certains composants disponibles sur le marché, malgré le fait qu’ils soient vendus comme étant de l’acier inoxydable. L’ampleur du problème reste inconnue à ce stade au Burkina Faso ou dans d’autres pays. Comme le montre ce rapport publié par la Fondation Skat, le constat est celui d’un échec du « marché » à fournir systématiquement des matériaux de haute qualité. Afin de rectifier cette situation, il est nécessaire de trouver des solutions à la fois au sein des pays d’importation, comme le Burkina Faso, et au niveau international.

Cette étude rapide a révélé pour le Burkina Faso et au-delà une série d’enjeux interconnectés:

  1. Il est nécessaire de poursuivre les recherches sur l’utilisation des pièces composantes en acier inoxydable afin d’éviter la corrosion des pièces de PMH immergées dans des eaux souterraines agressives.
  2. La norme indienne pour les modèles India Mark II et III comprend quelques erreurs, et aucune option n’est proposée pour les cas d’eaux souterraines agressives. Les normes internationales (notamment celles publiées par SKAT/ Le Réseau pour l’Approvisionnmenet Rural en Eau-RWSN) portant sur les matériaux des pièces de PMH adaptés aux eaux souterraines agressives pourraient être améliorées.
  3. De nombreuses entreprises en Inde vendent des PMH et des pièces de modèles India Mark II et III. Les prix de vente pratiqués par certaines de ces entreprises sont si bas qu’il semble impossible que la qualité de ces pompes et pièces soit conforme aux normes internationales.
  4. Il n’existe aucun organisme international chargé de contrôler systématiquement la qualité des matériaux de PMH, et le rôle et l’activité du Bureau de Normalisation International à ce sujet ne sont pas clairs ni évidents.
  5. Lorsque les PMH sont achetées dans le pays où elles doivent être installées, la longue chaîne d’approvisionnement (souvent anonyme de surcroît du fait de la multiplicité des intermédiaires) fait qu’il n’existe pas ou peu de lien entre les fabricants (situés majoritairement en Inde) et les installateurs des PMH en question. De plus, l’absence de compilation systématique des problèmes rencontrés préalablement signifie que les agences, les entreprises et les ménages s’engagent dans l’installation de PMH sans saisir l’ampleur de ces soucis de qualité et ne s’en rendent compte que trop tard.
  6. De nombreuses PMH utilisées en Afrique sont importées d’Inde (et visiblement du Nigéria également), donc les efforts menés pour résoudre cet enjeu de garantie de qualité doivent absolument inclure l’Inde ainsi que plusieurs pays africains.
  7. L’intérêt des financeurs pour l’équipement des PMH est probablement actuellement au plus bas depuis 30 ans, il s’avère donc très difficile de mobiliser à grande échelle pour développer un processus de certification internationale ou financer davantage de recherches à ce sujet. Une telle initiative nécessiterait d’une part des investissements supplémentaires et d’autre part des engagements de long terme de la part des principales agences et des gouvernements qui financent et mettent en œuvre des programmes d’installation et d’entretien de PMH.

Nous espérons que cette courte étude attirera l’attention des gouvernements, des organismes de recherche et des agences internationales d’aide au développement et les incitera à travailler sur la résolution des problèmes pressants que sont la corrosion et la mauvaise qualité des pièces composantes des PMH. Si rien n’est fait la communauté mondiale de l’approvisionnement en eau, par négligence ou désintérêt, prive de fait les populations rurales du Burkina Faso et d’ailleurs des bénéfices d’un approvisionnement en eau élémentaire et fiable.

L’étude complète peut être téléchargée ici : Qualité et corrosion des pièces composantes des Pompes à Motricité Humaine au Burkina Faso et au-delà (anglais et français)

Crédit photo: Colonnes montantes corrodées photographiées au Burkina Faso dans le cadre de l’audit d’équipements d’approvisionnement en eau in situ. (Kerstin Danert)

 

 

Handpump corrosion and material quality: A challenge for Burkina Faso and globally

In Burkina Faso, concerns have been raised regarding the high number of handpump boreholes that have failed, or need to be rehabilitated within a relatively short time of their initial construction. Physical audits of handpump boreholes in 2013 and 2014 raise concerns over water quality, inappropriate handpump for deep water and non-conformant pumps. In more than one third of cases, the handpump boreholes will function poorly, or cease to function completely within a few years. It is estimated that investments of between FCFA 0.6 billion (€0.9 million) and FCFA 2.9 billion (€4.5 million) per year are lost due to the installation of poor quality handpumps and other aspects of the construction. In one year, over 130,000 people were provided a water supply service that is likely to break down within a few years.

Despite knowledge of handpump corrosion for over 30 years, it remains a problem in Burkina Faso, as governments and aid agencies have continued to install pumps manufactured with unsuitable materials, leading to high maintenance costs, pump failure and rejection of water sources due to poor water quality. Handpump corrosion is a major global problem which the WASH sector has so far, systemically failed to address, and which will impede the realisation of Sustainable Development Goal 6. Concerns cited by experts from a range of countries on the Rural Water Supply Network (RWSN) online discussion platforms include the following: inadequate quality of materials and components, lack of quality control, unrealistic (low) prices and problematic purchasing practices.

A renewed call to investigate the quality of handpump components in Burkina Faso was raised in early 2017. Samples of the rising main and pump rod were purchased from suppliers in Ouagadougou, and additional samples were from pumps in use or abandoned. All samples were tested for their chemical composition. Analysis showed that of the samples, five of six riser pipes, and two of four pump rods did not conform to international standards for the composition of stainless steel of the specified grade. In particular, the low nickel content means that the components have less corrosion resistance than they would if they were of the specified grade.

The small sample size of 13 components tested in this study is not a statistically representative of the situation in Burkina Faso as a whole but it verifies concerns raised by the Government and drillers themselves. Something is not right with some components available on the market, despite the fact that they are being sold as stainless steel. What we do not know is the extent of the problem, in Burkina Faso, or other countries. What is being witnessed, as documented in the new study published by Skat Foundation, is a failure of “the market” to guarantee high quality materials. Addressing this failure requires solutions from within importing countries, such as Burkina Faso, but also internationally.

This short study has shed light on a number of interconnected issues for Burkina Faso and beyond including:

  1. There is no international body systematically controlling handpump material quality.
  2. The need for further research on the use of stainless steel components to prevent the corrosion in aggressive groundwater is needed.
  3. Many of the handpumps used in Africa are imported from India (and apparently Nigeria too). There is often no connection between manufacture (primarily in India) and installation of the pump (in African countries). Agencies, companies or households installing handpumps are not aware of the extent, and scale of quality problems until it is too late.
  4. Donor interest in handpump hardware is arguably at its lowest in 30 years, and so galvanising interest to develop an international certification process or fund research is extremely difficult. Such an initiative would require not only investment, but also long-term commitment from the large agencies and governments that fund and implement programmes installing handpumps and their maintenance.

It is hoped that this short study will trigger interest by governments, and by research organisations, and international development agencies to explore ways to solve the problems of corrosion and poor quality handpump components. If this is not done, by inadvertent neglect, the global water supply community is arguably preventing rural populations in Burkina Faso and beyond from the benefits of a reliable, basic drinking water supply.

The full study is available for download here: Concerns about corrosion and the quality of handpump components in Burkina Faso and beyond (English and French).

Photo credit: Corroded rising mains being photographed as part of a physical audit of water facilitiesin Burkina Faso (Kerstin Danert).