Celebrate with us: Year in Review ~ 2016

As 2016 draws to a close, Caminos de Agua is proud to share our Year in Review ReportTake a moment to celebrate with us our impact on safe, healthy and sustainable water solutions. 

Dear Friend of Caminos de Agua,

Thanks to people like you, 2016 was our most impactful year to date, and I am happy to share with you our Year in Review Report that highlights some of our major accomplishments.

In preparing this report, I struggled to decide what to highlight and whom to thank.  The lists kept growing and growing, and I was struck by a comment made recently by one of our board members – Rob Lerner – who asked:
“How in the world do we get this much work done on such a small budget?!”
Indeed, this truly was a watershed year for the organization.  With our new name and narrowed focus, our work had a greater impact on safe, healthy, and sustainable water supplies, and I am more proud than ever of our accomplishments. 

In the report you will read about:

  • Groundbreaking developments in our water treatment program,
  • Expanding our ceramic water filters to more than 600 new families,
  • Reaching tens of thousands of new people with our water monitoring & mapping program,
  • Creating tangible impact on water quality and access for through the community-led installation of 43 new rainwater harvesting systems,
  • And so much more.

But to answer Rob’s original question on the how –  the answer, quite clearly, is collaboration and passion. 

We hired talented new staff as well as brought on five sensational volunteers and interns from around the globe who, despite being unpaid, literally work around the clock. We collaborate with renowned and impassioned researchers who work with us on the ground– offering up their expertise and vast experience for little more than a bed to sleep on.  We work with dedicated community organizers in 35 rural communities this year – whose residents provided well over 10,000 hours of volunteer labor!

But with everything we have accomplished this year, there is still so much more to do!

We count on your support to continue and expand our programs. Your individual donations make up roughly 25% of our annual operating budget—positively impacting real lives through critical water solutions. Take a moment to read about our accomplishments in 2016, and include us in your year-end giving.  

On behalf of the entire Caminos de Agua team, thank you for standing by us in 2016, and join us in 2017.

Saludos from San Miguel,

Dylan Terrell
Caminos de Agua, Executive Director

San Luis de la Paz: Six new cisterns to close out 2016!

Caminos de Agua led a training at the end of November for four rural communities in San Luis de la Paz (Llano Verde, Arenal de Arriba, La Escoba, and Arenal de Abajo). Some of these communities have almost no access to water (only 200 liters once or twice a month). Other people in these communities have occasional access to water, but their water source is severely contaminated. Rainwater harvesting combined with any biological treatment is an appropriate solution for their water problems. Rainwater harvesting will increase their access to water and at the same time make sure that there are no chemicals or excessive minerals in their water. After any biological treatment, their harvested rainwater is safe, healthy and sustainable!

After the one week of training – where the community members learned to build their own rainwater harvesting systems – the community members finished all the six cisterns in just three weeks. The blessing ceremony held last Friday rang full of joy – in part, as one community member expressed – for the speed that the cisterns were completed. The young man commented as well on his pride of seeing a strong community bond develop over the course of the construction. The community wasn’t the only one pleased with thespeed and quality. Caminos de Agua staff Saul Juarez also commented that this project was the fastest he has witnessed to date.

On December 16th,  the community gathered together to celebrate. Padre Zesati and Padre Cesar blessed the cisterns together with the communities. After the blessing, both priests guided a reflection session where community members could express their experiences. The community shared a range of reflections- from how tired they were after the intense experience to comments about how motivating the experience was- and how that group motivation moved them along quickly.

At the end of the day, Caminos de Agua distributed the final installment of ceramic water filters to ensure that all families who participated in this project have a ceramic water filter to treat their water for biological contaminants, which is the last step before rainwater can be consumed. We journeyed back to San Miguel de Allende celebrating the communities’ success.

Rainwater Harvesting Project: Capacity Training in San Luis de la Paz

Rainwater harvesting represents an inexpensive, easy to use, and sustainable water solution for local communities. Rainwater harvesting means that we are not extracting water and  that means we are not interrupting the natural hydraulic cycle. So, it is a great solution for water access  in the Independence Watershed where Caminos de Agua works.  

San Luis de la Paz, near San Miguel de Allende, is a municipality with a large town at its center as well as many different outlying rural communities. Their current water situation is one of the worst in the region

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Ongoing Bonechar Research

Thanks to our research team and Elena Diek’s creativity who built it, we now have our own shake table to be used in our ongoing bone-char research. After the bone-char is soaked in acid (a process that changes the char’s structure on the micro-scale to allow it to filter out the fluoride more efficiently), it is mixed with fluoride-rich water. Testing will see the biochar removal efficiency in a series of batch tests. The shake table agitates the samples during these tests, to ensure the bone-char interacts more fully with the water and increases removal. 

 

 

EWB-UK showcases Caminos de Agua

Our current Engineer Without Borders volunteer, Billy Thurstonm and Nicolas Vargas, our head on water filter quality, are showcased in Engineers without Borders-United Kingdom. Check out this document elaborated by EWB on their impact where Caminos de Agua was highlighted. The article focuses on the problems of water contamination in our Watershed, both biological and chemical as well as our research on bone-char to tackle chemical contaminants. ”Using bone-char to remove fluoride and arsenic may be a ground-breaking development in the field of water treatment. It's a cheap and readily available way to deal with these common contaminants", said by Billy Thurston. Read the whole article here.

Small-Scale Rainwater Harvesting Workshop Los Lopez. Using New Educational Materials

On Monday, October 17th, Caminos de Agua piloted a new small-scale rainwater harvesting workshop in the community of Los Lopez. Dylan Terrell and Saul Juarez started the workshop with a presentation regarding regional water quality and access problems and related health issues as well as the concrete water problems happening in the community itself. Additionally, the importance of rainwater harvesting was discussed. This was Caminos de Agua’s first workshop fully focused on small-scale rainwater harvesting that can be replicated in community homes for little cost.

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New Webpage with Educational and Informational Materials

We are excited to announce a new page on our website where you can access all of our various new educational materials and information sheets. These materials delve into different kinds of water issues all related to our work. For example, different water terms - like safe, healthy and sustainable water - are explained. Materials on how to design your own rainwater harvesting system are also available on this page. Additionally, more materials are underway which contain information about ongoing water issues in our watershed. So, stay tuned and check this page regularly to learn more!

You can review this new webpage, materials, and info sheets here. These materials are currently in a trial phase. So we welcome your feedback. Contact us with your comments. 

 

Biochar Research Updates: New Research Coordinator

Aaron Krupp joined the Caminos de Agua team in September to coordinate research efforts, focusing on the research and development of our water filtration media for arsenic and fluoride mitigation. Aaron is a well-travelled mechanical engineer originally from the United States. Last year Aaron was recognized with a prestigious Watson Fellowship which facilitated his research into diverse “technologies designed for function and accessibility [that] can help break the cycle of poverty”. In this yearlong fellowship, he worked on systems that remove biopathogens and dissolved chemicals from drinking water.  Aaron brings that experience and his “desire to increase opportunity in the world with enthusiasm for technology design and clever, low-tech mechanisms” to Caminos de Agua.

As Caminos de Agua looks to expand our “water toolkit,” we recognize that our ceramic water filters do an excellent job in removing bacteria, but we also need a low-cost filter which removes fluoride and arsenic (a key challenge for many wells in the region). We have been working with biochar as an exciting possibility for over three years now. Biochar has several advantages which ignite our imagination. 1) Biochar can be made by heating up almost any biological material – these resources are readily available. 2) The kilns we use do not pollute and are made from cheap, locally-sourced metal barrels. 3) Filtration systems with biochar are gravity-fed and do not requireelectricity. 4) The manufacturing process is small-scale and replicable on the community level.

Our research on biochar-based water filtration systems for arsenic and fluoride at the household level is currently conducted by Aaron Krupp, Elena Diek and Billy Thurston in conjunction with Dylan Terrell. Our research is centered on bone and wood based chars.

Research projects:

  • The use of bonechar made out of cow bones for removing fluoride from drinking water. This line of investigation is ongoing. The team is currently analysing acid-washing practices as an option for better fluoride mitigation. Soaking bonechar in acid changes the char's structure (on the micro-scale) in such a way that it can filter out the fluoride more efficiently.
  • The use of an iron-impregnated woodchar for arsenic removal. The team is verifying a tested formula for iron-coated woodchar.
  • Physical filter development. The team is analysing and testing different water filtration designs to be used in conjunction with our ceramic water filter. The ideal design will work readily with any biological treatment system. The results of the current testing of various biochars for fluoride and arsenic removal will strongly influence the design possibilities.

Blessing 10 New Cisterns in San Antonio de Lourdes: A Reflection by Chantal Kronenburg

San Antonio de Lourdes is a rural community that is a part of San Miguel de Allende. Like many of the 500 villages around San Miguel de Allende, its population is small. San Antonio’s  population totals 29 women and 8 men. This summer, Caminos de Agua started a rainwater harvesting project there in conjunction with Engineers without Borders-University College of London. A total of ten new rainwater harvesting cisterns were built. The community members worked together to build these cisterns.

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Which glass of water is dangerous to drink?

Do you see any difference between the water in these two glasses? You can’t, right? But there is a big difference between these two. The one on the right is completely safe to drink, while the left one is contaminated with arsenic and fluoride.

You can’t see, smell or taste arsenic and fluoride in the water you drink, but over time consuming either can cause great harm, such as problems with your teeth but also more severe health problems like cancer. In the case of fluoride, young children are at the greatest risk, as they uptake fluoride quicker than adults.

Caminos de Agua tests wells to check on contaminants. 56 out of 97 wells that we’ve tested in rural communities in San Miguel contain dangerous levels of fluoride, arsenic or both (that’s more than 57%.) Seventeen of 36 samples in urban San Miguel which we have tested also contain dangerous levels. Do you know if YOUR water is safe to drink? Check our water quality maps to learn more about the safety of your water. You can also contact us to check your water quality.

New Water Education Materials in the Works

“It’s hard to explain water,” Caminos de Agua Executive Director Dylan Terrell is known to say.  “People think that most filters do everything and that’s not true.”

Chantal Kronenburg, a master’s student in Applied Communication Science, with a Bachelor’s Degree in International Development Studies from Wageningen University, The Netherlands, joins the Caminos de Agua team for a four-month internship to help us tackle the challenges of creating better educational campaigns and help us create “water literacy throughout the local populations as our Communications Fellow through this coming fall.”

“We want everyone to understand more about water…from how the water cycle works to what a watershed is to different water contamination issues. Often the scientists use one language that lay people just don't understand easily. It’s my job to help create materials that take complex ideas and make them much easier to comprehend,” shares Ms. Kronenburg, Communications Fellow.

Here in San Miguel de Allende, Caminos de Agua plans to have new materials about rainwater harvesting and water contamination in the region by the end of the year.

Be on the lookout for our new water educational materials which will be available on our website. Want instant access to the info? Follow our Facebook page.  Or visit our website where you’ll also see new website improvements thanks to Chantal.  Visit us in English or Spanish!

Welcome to the team, Chantal!

Cleaning the world's water: 'We are now more polluted than we have ever been'

August 31, 2016 (World Water Week), From the Guardian

In May 2000, around half of Walkerton’s 5,000 residents fell severely ill and seven people died when cow manure washed into a well. The extent of the water pollution in the small Canadian town was concealed from the public, people drank from their taps and the result was ruined lives.

For academic microbiologist Joan Rose, who has observed water pollution outbreaks around the world, it was the worst that she had ever experienced.

“It affected me the most. Walkerton is a small small farming community. The people there were very gracious. Two pathogens came in to their water supply. They did not know children would die, or would suffer kidney failure and be on on dialysis for the rest of their lives. I saw what it did to people. I saw the pain.”

Walkerton was one of Canada’s worst-ever pollution incidents but there are hundreds of similar incidents every year around the world, albeit mostly less serious, says Prof Rose, who is laboratory director in water research at Michigan State University.

Most come from people drinking water contaminated with sewage, she says. “In the US there are 12-18m cases of human water-borne diseases a year. In developing countries it is possible that one in three hospital cases may be due to contamination of water. We do not know exactly how bad it is but 1.5 billion people do not have access to adequate sewage treatment.

Rose, who this week was presented with the world’s most prestigious prize for water at a conference in Stockholm, is alternately depressed and optimistic at progress to clean the world’s water supplies and make water fit to drink.

“We have started to decrease mortality for waterborne diseases but the big problem now is morbidity [disease-related]. People are getting more sick. We are now more polluted than we have ever been”.

The statistics are dismal. This week the UN Environment Programme reported that “hundreds of millions” of people face health risks like cholera and typhoid from pathogens in water. Water pollution in Asia, Africa and Latin America is worsening, said the report, with pathogen pollution now in more than half of all rivers stretches on the three continents.

“There are 7 billion people and most of their waste is going into water. The water quality of lakes, rivers and coastal shorelines around the world is degrading at an alarming rate. There has been a great acceleration since the 1950s of human and animal populations, water withdrawals, pesticide and fertiliser use. But at the same time there has been a deceleration, or shrinkage, in wetlands,” says Rose.

“We are changing our lands. Land is the source of contamination, but climate is the driver [of contamination]. We know that the intensity of rainfall, storms and droughts is changing. More than 50% of community waterborne illness events in the US each year are associated with extreme rain.”

When it rains heavily or floods, pathogens like Leptospira, hepatitis, norovirus and cryptosporidium are all significant, she says. “There is a direct link between water pollution, certain food-borne disease outbreaks and warmer oceans. Temperature, precipitation, humidity and flooding are all factors in contamination of water and food systems by pathogens. Many developing nations suffer terribly from illnesses caused by lack of sewage treatment facilities which are exasperated by climate.”

Meanwhile, sewage contains well over 100 different viruses. Newly emerging viruses such as Cycloviruses, which are causing neurological problems in children in Asia, are also emerging in sewage and are spreading.

“Pollution is spreading to every part of the world. Everywhere is now under huge new attack from viruses and pathogens,” she says.

Rose has led research into how new pathogens and viruses are being spread around the world by hitching rides in the ballast water which ships take on to stabilise them on long journeys. They are picking up viruses in one ocean or sea and bringing them to others, she says

“We are infecting the food chain, and the whole system. I am thinking what are we missing about the bio-health of the planet. What do we know about what is happening in the wild? Frogs are dying, starfish are dying. We focus so much on humans we don’t know about much else. Every part of the world is now under huge new attack from viruses and pathogens.” 

The answer, she says, must be massive investment in water infrastructure. “But in the US alone, it’s estimated that what is needed is $70 per person per day for 10 years. In developing countries its far more.”

But it has to be worth it, she says. “Access to clean water is a central stabilising force in societies and lack of access destabilises societies. As a microbiologist, I believe that the provision of safe drinking water is the basic building block of a healthy and successful society.

“It is hard to progress when you are fighting cholera, or when there is an epidemic of child malnutrition as in India due to exposure to untreated water contaminated with fecal waste.”

The better news, she says, is that scientists can now monitor pathogens better and track their sources. “What took three weeks to diagnose now takes 24 hours. There is more public support, more money, more political will to clean up water. We have more knowledge and more willingness to pay.

“The key is education, specifically development of a global water curriculum to prepare the next generation of problem solvers. The need is enormous.”

Elena Diek joins Caminos de Agua

Elena Diek is draftswoman and civil engineer.  Born in the Ukraine, Elena currently resides in Germany where she is involved in municipal projects for drinking water supply and sewage systems.  Her current masters-level study focuses on work in developing countries, primarily in covering basic needs. Elena is excited to join the Caminos de Agua team in September. Of particular interest to her professional formation are low-cost technology solutions and enhancing self-sufficiency in communities related to water issues.

Follow Billy !

Meet Billy Thurston, our current Engineers Without Borders-UK Senior Fellow.  Billy will be working with Caminos for 6 months on the research and development of our water filtration medias for arsenic and fluoride mitigation.  You can follow his progress and experiences - as well as get a more in-depth view of our work - through his on-going blog, here

Source: https://findingmemoblog.wordpress.com/

High probability of heart disease among children exposed to arsenic

Arturo Sanchez Jimenez, La Jornada. Sunday June 19, 2016, p. 29 (Texto original)

Children exposed to arsenic have high probabilities of heart disease typical of older adults, like symptoms of high blood pressure onset and vascular inflammation, according to a study by the Center for Research and Advanced Studies of the National Polytechnic Institute (in Spanish: Centro de Investigación y de Estudios Avanzados del Instituto Politécnico Nacional).

To carry out this project, the first of its kind to demonstrate the cardiovascular effects of arsenic on children, a research group evaluated the health of 270 preschool children with an average age of five years in the community of Zimapán, Hidalgo, an area recognized to have arsenic-contaminated water, resulting from its naturally occurring presence in the Earth´s crust.

Luz Maria del Razo, researcher at the Department of Toxicology and project leader, explained that children are of particular interest because they are more vulnerable than adults to the consumption of contaminated water because of their physical conditions.

The specialist explained that the research was divided into two stages. In the first, blood tests were performed to find biomarkers that indicated vascular damage, such as vascular adhesion molecules.  Urine samples were collected to evaluate arsenic consumption. Each child was asked to provide a sample of their drinking water.

One of the first things that was observed from these tests were markers that indicated vascular damage. Most children exposed to arsenic had higher fat deposition in their intima-media carotid, an indicator that they will be more likely to suffer vascular problems in adulthood.

The second stage of the study was to directly evaluate cardiac disorders and blood pressure. With support from a cardiology clinic, each child was administered an ultrasonography to assess cardiac structure and function. In this phase their blood pressure was also taken.

With this study we identified that 8 percent of our population had cardiac hypertrophy (abnormal increase in size of the heart muscle), a disease that is typical in the elderly, said the researcher.

The results showed that higher arsenic concentrations caused a change to children´s heart geometry or cardiac structure, basically increasing left ventricular mass- the area in which the heart pumping system receives the most blood pressure. These conclusions then could be related to the data collected by measuring blood pressure.

Del Razo said that 35 percent of children tested had prehypertension. A person who shows these conditions has a 90 percent chance of developing high blood pressure.

How to install your own ceramic water filtration system

Check out Camino de Agua´s two new Spanish language videos on how to install your own ceramic water filters in buckets or carboys.

The short videos go over the materials and tools needed and the step-by-step processes to making your own system with our ceramic water filters. 

Contact us at agua@caminosdeagua.org for information on how to acquire your own kit.  (Our store will be up shortly!)

 

2016 EWB-UK Placements

Caminos de Agua is delighted to have two three-month placements through the Engineers without Borders-UK Placement Program in 2016.  This is just one way we are collaborating with Engineers in the United Kingdom. 

Billy Thurston and Sarah Mitchell were selected after a competitive application process.  They are tasked with the extensive testing and evaluation of bone biochar as a fluoride reduction agent, evaluation of different biochar kilns and adaptations and working to create a working model that is scaleable for home-use. Billy joins us in July and Sarah will follow in October.

Billy Thurston is a civil engineer with a passion for international development, and with particular interests in water supply and sanitation, energy and sustainability. Since travelling solo around the world before university, Billy has been keen to always see new places and meet new people. He studied engineering at the University of Bristol with the aim of one day using his skills to help alleviate poverty in the wider world. 

A year spent studying abroad in Spain helped him develop his Spanish language skills, and his interest in Latin America was further developed during a placement with a wind energy NGO, WindAid, in Peru in 2014. Billy now works for Mott MacDonald, a global engineering consultancy, on the Dams and Hydropower team. He is very excited to be involved with Caminos de Agua on a project that combines his skills and interests in international development, water engineering, and Latin America.

Sarah Mitchell hasa masters degree in Civil Engineering and has been working in the water sector for three years. She writes, ¨I am tremendously excited to be coming to San Miguel de Allende to work with Caminos de Agua and the local communities. By working together, learning and sharing knowledge, I hope to achieve significant progress in providing a sustainable, low-cost, and improved access to safe drinking water.¨

Two ways to help in 10 minutes...

A community builds a  rainwater harvesting cistern in about three-five days with ten-fifteen people, and about $800 USD.  Voting for a video takes you less than five minutes. ( A little longer if you watch it, and it´s worth it!) Now through June 15th. Vote for the Caminos de Agua video entry in the Storymakers competition today. 

Making a donation takes less than five minutes too. June 15th is a special opportunity as your donation to Caminos de Agua will be matched 40%. Globalgiving matches donations made through their platform on this special Bonus Day, starting at 9 am EDT (8 am CDT in San Miguel de Allende) until funds run out (there´s a pot of $110,000!) .  Mark your calendars and visit Caminos de Agua on Globalgiving on June 15th.