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Engineers Without Borders: Building to Save Lives

Engineers Without Borders
Engineers Without Borders (EWB) is a foundation that partners with poor communities to help provide them with basic human needs. Its mission is to build a better world with engineering projects that will help solve the world’s most urgent problems. It builds to save lives.

Building Safe Structures

Many people are without a home in poverty-ridden countries, often living without so much as clean water or electricity. Due to environmental disasters, forced refugees and internally displaced people, many must roam the streets. Back in 2015, estimates determined that there were 100 million people facing homelessness. The need for durable and permanent refugee camps and homes is more pressing than ever. This is where EWB-USA saves the day. It addresses the challenges in engineering associated with “transitioning emergency infrastructure to more permanent systems,” which helps boost host communities who take refugees in.

Engineers Without Borders often takes on villages’ needs for bridges to aid in safer and easier travel. It found that one Guatemalan village had to walk three hours on dangerous mountain roads just to reach the capital. Access to capitals or bigger towns can be dire as they encapsulate hospitals, schools, markets and so forth. So, the Engineers Without Borders project team and volunteers decided to create bridges for these communities. The foundation takes up to several weeks to construct these bridges to make sure they are sturdy, safe and dependable for these villagers.

Engineers Without Borders also discovered the need for schools. It found out that a native Guatemalan girl had biked over an hour to reach her school. As a result, the foundation started building schools and improving the schools’ infrastructures, making them safe and durable. It has brought education to places like Guatemala, Lat Cantun II, Santa Eulalia and more.

Installing Solar Panels

Electricity is a luxury that not many homeless or poor people get. However, it is a necessity for the safety and well-being of many people. This is why EWB-USA not only makes solar panels for villages in need but also introduces and installs them. The solar panels bring hot water, better food storage, increased phone access and light to homes and schools alike. Engineers Without Borders also installs solar street lights to help keep the residents and refugees safe.

University students in EWB-USA even built a solar charging station for villages. These stations could be used by all, specifically to charge phones. It found that cell phones were extremely important for youths to apply for jobs, apply for housing and communicate with friends and family.

Engineers Without Borders helps bring electricity to these areas by partnering with foundations like IKEA and UNHRC. Its partnerships have been a key way to faster and more efficient help for these communities. Currently, Engineers Without Borders is working on over 55 projects located in more than 20 states and two territories, trying to make a difference.

Providing Clean Water

Clean water is yet another widely inaccessible luxury in many poverty-stricken countries. In Uganda alone, over 23 million people must walk over 30 minutes a day to get water that is often contaminated, bringing disease and even death. Engineers Without Borders saw how water brings life and found creative ways of providing clean water for villages. The foundation has dug and repaired wells, built rainwater catchment systems and constructed water filters. Additionally, it has built gravity-based water supply systems in phases for those in the mountains.

In Cyanika, Rwanda, the villagers benefited from one of the Engineers Without Borders’ creative rainwater catchment systems that consisted of two single tank systems. It allows the villagers to save time as well as their lives. One villager even sent a letter of thanks, expressing their gratitude as it bettered many lives, health and well-being of all the villagers.

Engineers Without Borders continues to fight to provide people their basic rights and needs. It continues to live up to its mission of building to save lives through the power of engineering. For more information about this organization, check out its website.

– Katelyn Mendez
Photo: Pixabay

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GivePower: Turning Saltwater into Clean Drinking Water

saltwater into clean drinking waterAccess to clean drinking water is a major issue that continues to affect individuals around the world. Further, an estimated 35% of the entire world population lacks access to “improved sanitation,” for which, access to water (generally speaking) is imperative. The CDC estimates that more than 700 million people live without direct access to an “improved water source,” which includes drinking water, proper household plumbing and wells. As of 2018, new solar-powered technology can now supply individuals with direct access to drinkable water by transforming saltwater into clean drinking water. Innovative technology, it seems, may play a pivotal role in helping to solve yet another global challenge.

GivePower & Solar-Powered Technology

GivePower is an innovative nonprofit behind solar, saltwater farms. Comprised of 20-foot-tall containers and accompanied by solar-powered panels and water pumps, these farms are designed to supply deficient countries with safe, drinkable water. The containers hold 75,000 liters of saltwater, every day. Through clean solar energy, this saltwater is converted into safe drinking water and delivered to surrounding villages. Such technology is relatively new, as saltwater is difficult to convert into freshwater. This is due to its makeup and strong chemical bonds. Therefore, saltwater’s conversion into clean water takes a large amount of energy and money to fund. GivePower, however, can cut the costs by using solar energy to powers its saltwater farms.

In 2018, GivePower built its first saltwater farm in Kiunga, Kenya. An extreme drought had caused Kiunga to experience a major shortage of potable water for cleaning, drinking and cooking. At this time, the city’s only source of water came from saltwater from the Indian Ocean. Individuals living in Kiunga would often contract harmful diseases due to this lack of clean water. GivePower acknowledged this issue and intervened by using its technology to convert the abundance of saltwater into safe, usable water. Not only does the saltwater filtration technology provide more water than typical wells — but it also has a lower impact on the environment through the use of renewable, solar energy.

A Global Impact

This technology has helped to address the water crisis in other countries as well. In many developing countries, it is common to have an abundance of saltwater and a lack of clean water. Due to its high sodium content, individuals consuming large amounts of this saltwater can become very sick. Waterborne diseases such as Vibrio and E. coli can contaminate saltwater, causing severe symptoms and in extreme cases, death. By turning contaminated saltwater into clean drinking water, many communities cannot only increase the availability of clean water but decrease the prevalence of waterborne diseases as well.

Through the innovative technology of GivePower, over 19,000 gallons of safe drinking water has been provided to 25,000 individuals per day within the Kiunga community. Although the company started in Kenya, GivePower has already extended to communities around the world by supplying over 2,000 solar-powered systems to schools, villages and facilities in need of freshwater.

The Path Ahead

As GivePower and other organizations continue to develop technology to turn saltwater into clean drinking water — thousands of individuals around the world can obtain direct access to safe water.

– Olivia Eaker
Photo: Google Images

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Ending the Data Drought: 3 Apps Improving Access to Clean Water

apps improving access to clean waterThe United Nation’s sixth Sustainable Development Goal is devoted to enhancing clean water and sanitation. Specifically, it calls for equitable access to clean drinking water and basic sanitation for all by 2030. However, nearly one-third of the global population lacks access to clean drinking water. Some companies are making solutions to this problem in the form of apps improving access to clean water.

The Problem

The World Health Organization defines safe water as 20 liters per person per day of accessible, clean drinking water within one kilometer of a household or business. Without safe water, families must spend more time caring for sick loved ones and fetching water from far-away sources. This often prevents them from joining the workforce and earning an income. Businesses and schools that are unable to provide safe water often struggle to retain staff and students. Overall, communities without safe water are more susceptible to illnesses and destruction from natural disasters. Indeed, diarrheal diseases stemming from unsafe water usage and poor sanitation kills nearly 1,000 children per day.

Thankfully, technological innovation for accessing clean water is on the rise. New technological solutions range from fog-to-water conversion systems to easy-to-use water filters. Below are three apps improving access to clean water by collecting, harnessing and sharing important water systems data around the world.

mWater

John Feighery, a former NASA employee, and his wife Annie Feighery created mWater in the mid-2000s for Android devices. After working for a company testing well water in El Salvador, Mr. Feighery learned that the process of testing for clean water was cumbersome and expensive. He collected samples with heavy machinery, transported them to a far-away lab for testing and recorded locations by hand. Mr. Feighery decided he could simplify the process using technology he used with the International Space Station.

He and his wife created mWater, which records the results and precise locations of water quality tests on a mobile device. Anyone with the app can view the data. Users can add pictures and write notes on scent and appearance. Additionally, they can add data from new tests they’ve conducted using the $10 water testing kit available from the app.

With its global water quality database and expedited process of identifying safe water, mWater is one of the most comprehensive apps improving access to clean water. Today, more than 75,000 governments, NGOs, health workers and researchers use mWater for free in 180 countries. They include UN-Habitat, UNICEF, the World Health Organization, and The Water Project. Altogether, mWater receives and records 250,000 water surveys per month for public use.

Akvo Flow

One of the few apps improving access to clean water is Akvo Flow. Peter van der Linde and Jeroen van der Sommen founded Akvo Flow after meeting at the World Water Week conference, in Stockholm. They wanted to improve the way that water quality data was presented via open-source technology. This allows governments and organizations to better address the issue of finding safe water. Akvo works with users to design projects, capture meaningful data, understand the data and act to improve conditions. To date, Akvo has implemented software in 70 countries by working with more than 20 governments and 200 organizations.

It aims to increase accountability, transparency and productivity for each partner organizations. Akvo Flow does this by streamlining the data collection process, which allows for quicker decision making. Some of its partnerships include setting up a sanitation monitoring system in Mauritania and working with Water for People in Peru to design solutions. Additionally, it works with UNICEF and the Ministry of Water Resources to test water quality nationwide in Sierra Leone.

Open Water Data

As the name suggests, Open Water Data makes water data available to the public. Founded in 2017 by a group of software engineers and data scientists from Datameet, Open Water Data only applies to India, where it is based. Extreme flooding followed by water-source depletion in India led the group to question the country’s water management systems. They found that the public is unable to access much of India’s water data, despite the fact that local governments need extensive data to implement water management systems.

In response, the founders created an easy-to-use map-based web app with available data from Google’s Earth Engine. It includes datasets from NASA and the Japan Aerospace Exploration Agency (JAXA). Now, the app is one of a few improving access to clean water. It is a one-stop-shop for information on daily rainfall, soil moisture, groundwater and reservoir shortages. Researchers and local governments can create simple models in water-scarce regions and plan for flood mitigation using Open Water Data’s tools. Additionally, plans are in place to create a database that all parties can contribute to.

The Future of Apps Improving Access to Clean Water

In July 2020, the United Nations Secretary-General António Guterres expressed concern about the progress of Sustainable Development Goal 6. Specifically, he cited climate change, pollution and increasing demand as obstacles. If clean water and sanitation remain problems in 2030, global health, education and climate change will suffer. These apps improving access to clean water through data management are just one way that technology can crowdsource solutions to the global water crisis.

– McKenna Black
Photo: Flickr

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Fighting Poverty and Pollution

poverty and pollutionPollution impacts people’s air, water and food worldwide. In general, pollution affects impoverished individuals the most. Many individuals in developing countries already struggle to find clean water, edible food and good healthcare. Unfortunately,  pollution only exacerbates these pre-existing issues. The city of Nairobi, Kenya is a prime example of this. Its largest garbage dump surrounds and pollutes churches, schools, shops and places of business. As such, poverty and pollution are closely related. Eliminating pollution may be able to help eradicate global poverty. 

Poverty and Pollution

Runoff from factories, farms and towns has made drinking water sources dangerous because of contamination. In some places, the effects of pollution also decrease the crop yield and increase food prices, as runoff also contaminates farm land. Additionally, imported food products are often tainted with bacteria, thus making these food products dangerous for consumption. These circumstances could increase the number of people suffering from malnutrition, especially in developing countries. Poverty and pollution are therefore connected through causation: high food prices and food insecurity can both contribute to poverty. Indeed, pollution could contribute to the number of people living in global poverty increasing by 100,000 million.   

Pollution and Hunger

There are currently 815 million people around the world suffering from chronic undernourishment. Importantly, one of the main causes of malnourishment and undernourishment is contaminated food. India, for example, lost an estimated 24 million tons of wheat in one year due to an airborne pollutant. More recently, India may also lose 50% of its rice production because of the same pollutant. On a global scale, studies have found that air pollutants decrease the production of staple crops like wheat, rice, maize and soybeans from 5% to 12%. Experts estimate that this is equivalent to the loss of up to 227 million tons of crops, which equals $20 billion in global revenue lost.

However, food is also becoming contaminated through industrial runoff in the ground. Pollution via industrial run-off affects crops in sub-Saharan Africa, East Asia and South America. In these regions, access to foods that are high in nutrients is low and irrigation runoff is high. Runoff especially impacts Africa, where farmers depend on subsistence farming to feed themselves and their families.

Both of these types of pollution can increase food insecurity and hunger. In these conditions, individuals cannot use their land to grow clean food for themselves and their families. Worldwide, 33% of children who come from middle- to low-income countries already endure chronic malnutrition. This contributes to the fact that 45% of all children’s deaths are due to undernutrition or a related cause. Furthermore, there are at minimum 17 million children worldwide who are acutely malnourished, resulting in the death of two million children each year. Thus, pollution and poverty are related through the issue of hunger, which is fatal for children around the world.  

Pollution Clouds the Water

Unfortunately, pollution does not only amplify the issue of hunger, it also contributes to a lack of clean water. Globally, 844 million people do not have regular access to clean water. The vast majority of these people live in extreme poverty. In Uganda alone, there are 28 million people who cannot readily access clean water. These Ugandans must drink water polluted by sewage, mudslide debris and other contaminants.

Due to these conditions, 70% of all diagnosed diseases are directly linked to unclean water and poor sanitation and hygiene methods. These diseases include hepatitis, typhoid, cholera, diarrhea and dysentery. Unfortunately, these diseases kill 3.4 million people each year, 43% of whom are children younger than five. In Uganda, these illnesses force 25% of children to stop attending school each year. 

Poverty and pollution are directly related through water pollution. On a global scale, the world loses $18 billion when people are to sick with waterborne illnesses to work. Additionally, the time many people must spend finding water results in missed economic opportunities valued at over $24 billion worldwide. 

The Fight Against Pollution

Thankfully, many organizations are addressing these pressing connections between poverty and pollution. The Abdul Latif Jameel Poverty Action Lab (J-PAL), based at M.I.T., received a $25 million gift from King Philanthropies to combat many issues that both poverty and pollution create. It plans to do so by launching the King Climate Action Initiative (K-CAI). The K-CAI focuses explicitly on helping those who live in extreme poverty. Its aims include reducing carbon emissions, reducing pollution, acclimating to the climate change and transitioning toward cleaner energy.

The K-CAI plans to accomplish these goals by creating and evaluating many smaller projects. Once the K-CAI determines which projects are the most impactful, it will implement them in impoverished countries on a large scale. Thus far, J-PAL has focused on improving the production of food, education, policy and healthcare in impoverished countries. K-CAI is using J-PAL’s successes to help determine the most efficient ways to achieve these goals.  

The correlation between poverty and pollution is clear and direct. As such, pollution can make the fight to end global poverty more challenging. However, with promising initiatives such as the K-CAI, the global battle against pollution and poverty seem like a much easier feat. Defeating pollution will give the world a much-needed advantage in ending global poverty once and for all. 

– Amanda Kuras
Photo: Flickr

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COVID-19 Affects Zimbabwe and Its Water Supply

COVID-19 affects Zimbabwe
Zimbabwe once had an effective water system. However, a lack of proper infrastructure and government action means a lack of safe water. Water and waste disposal systems suffer ineffective planning, especially in Zimbabwe’s capital Harare. Further, COVID-19 affects Zimbabwe broadly as well as having an impact on its already fragile water supply.

The Issues in Harare

To survive, residents in Harare must dig wells to create a water source. However, the well water is not safe to drink. The sewage system in Harare is another health issue for residents. Young children play in sewage and often fall ill from the lack of sanitation.

Additionally, further issues plague Harare. The Human Rights Watch interviewed a Harare resident named Bonnie who explained that she does not have water to bathe and clean her three children, including one in diapers. The video also featured an interview with a woman called Abigail. She mentioned that the water smells, and she must use a purification tablet before bathing or drinking. Abigail says the government’s negligence has caused these issues within the community.

More than half of Harare’s 4.5 million population could only access running water once a week. This was according to the city’s mayor, Herbert Gomba, back in 2019. Thus, residents must turn to other solutions, such as waiting in long lines at communal wells, streams or boreholes. The water received from these places may not even be safe to drink.

Drought is the cause of the shortage of water in Zimbabwe. In Harare, one-half of the population’s reservoirs are empty because there is no rain. The remaining water, 45% to 60%, is often lost and inaccessible to the population due to leakage or theft.

The Pandemic

As the novel coronavirus plagues the globe, the disease is contributing great distress to Zimbabwe. COVID-19 affects Zimbabwe mainly through its water supply, which hurts the citizens of Harare and the surrounding population.

In Harare, citizens go without water for days. They must wait until water trucks arrive in the city. Once the water is finally available, COVID-19 changes how citizens can access it. Citizens gather in large numbers to wait in line, which makes the concept of social distancing nearly impossible. Then, they push and shove to receive water. Additionally, COVID-19 affects Zimbabwe because many individuals do not wear or cannot access masks.

Organizations like Doctors Without Borders encourage social distancing. Yet, it is not a long-term or time-friendly solution, as they are not sure that it will keep people safe. Furthermore, the people in Harare are desperate for food and water. They may sacrifice their health to be first in line to receive water for themselves and their families.

Dewa Mavhinga, the South Africa director at Human Rights Watch, explains that COVID-19 affects Zimbabwe differently because of their pre-existing lack of water. It takes a toll on the spread of the virus and other infectious diseases, such as typhoid and cholera. Water is necessary for handwashing and hygiene, which can combat the spread of coronavirus. Without an uninterrupted supply of water, residents will struggle to stay safe and healthy.

Aid

Supporters abroad can help aid the people of Zimbabwe by urging U.S. congressional leaders to make the COVID-19 crisis in Zimbabwe a current political and human rights focus. With U.S. backing, the Zimbabwean government can ensure there are water points throughout the country. This will prevent overcrowding and the spread of COVID-19.

Another way to aid Zimbabwe’s public health system is to show support to organizations, such as Doctors Without Borders and Save the Children. These organizations are providing emergency relief and recovery programs for people in Zimbabwe. They are doing everything they can to combat how COVID-19 affects Zimbabwe by implementing humanitarian relief efforts.

– Caitlin Calfo
Photo: Flickr

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How a Solar Wash Hand-Washing Basin Saves Lives

Solar WashWith the rapid spread of COVID-19, public health and hygiene habits are being promoted unlike ever before. The importance of handwashing has been particularly emphasized as it is, according to The World Bank, “one of the most effective ways to prevent transmission of disease,” including COVID-19. However, in many countries where access to clean water is rare, disease and unsanitary conditions present an even greater threat.

Access to Water in Ghana

In Ghana, more than five million people utilize surface water to meet their basic needs.  Utilizing contaminated water is often the only option many people have. However, it leaves populations vulnerable to water-related diseases, infections and illnesses. In many cases, this discourages populations from practicing handwashing, taking daily baths, and ensuring their body is sufficiently nourished. As a result, the transmission of water-related diseases increases. This establishes and encourages poor hygiene, sanitary and personal care habits.

Solar Wash

Two native Ghanian brothers, Richard Kwarteng and Jude Osei, have developed a solar-powered handwashing basin in efforts to curb the spread of COVID-19 and “encourage regular hand-washing etiquette,” Kwarteng said. The invention, called Solar Wash, uses just a few components. It comprises of an alarm, a sink, a sensor, a faucet, a motherboard and a solar panel. Solar Wash resembles a regular hand-washing sink but works in an even more hygienic, sustainable and cost-efficient manner.

Solar Wash’s sensors ensure users do not have to physically touch the faucet’s tap. First, upon sensing motion, the sensor dispenses soapy water and enacts an alarm for 25 seconds. This is in accordance with the guidelines of the World Health Organization (WHO) and the Centers for Disease Control (CDC). After the 25 seconds, the tap dispenses just enough water for users to conclude washing their hands. Solar Wash acts as a handwashing station for 150 people during just one charging cycle.

The Ghanaian Ministry of Environment, Science, Technology and Innovation is working with Kwarteng and Osei. They are working to ensure the continuation of Solar Wash manufacturing and its accessibility to people in all of Ghana.

Global Potential of Solar Wash

Solar Wash emerged in Ghana as a result of the COVID-19 pandemic. However, continued manufacturing and placement of the invention would greatly improve conditions around the world, particularly those living in poverty. Continued use of Solar Wash, or similar technology, would:

  1. Reduce the spread of water-transmissible diseases – According to the CDC, “about 1.8 million children under the age of five die each year from diarrheal diseases and pneumonia.” The spread of pneumonia and diarrheal diseases can be significantly reduced with proper handwashing practices, protecting “about one out of every three young children who get sick with diarrhea and almost one out of five young children with respiratory infections like pneumonia.”
  2. Offer a sustainable solution to the global water crisis – In 2019, about two billion people were living in a country engulfed by high water stress. In other words, there were about two billion people without access to enough water to fulfill their basic needs. To globally address the water crisis, the world needs an affordable, sustainable and accessible solution, which Solar Wash offers.
  3. Reduce global poverty – UNICEF and the WHO said, “over half of the global population or 4.2 billion people lack safely managed sanitation services.” This contributes to the spread of many diseases and illnesses, including COVID-19, diarrheal diseases, cholera, adenovirus and salmonella. By reducing the spread of these infections, illnesses and diseases, populations have a lower chance of being engulfed by poverty. They will be able to work, attend school and so forth.

Conclusion

Innovations like Solar Wash demonstrate simple but important practices and solutions needed to alleviate poverty. Solar Wash offers a simple, affordable and sustainable means of practicing handwashing with its simple build and technical structure. An innovation like Solar Wash can play an immense role in reducing health-related concerns in Ghana. It can also help throughout the world with continued production and implementation.

– Stacy Moses
Photo: Flickr

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Water Disparities in Nigeria

Water Disparities in NigeriaIn Nigeria, clean water does not always receive treatment as a public good available to everyone. Instead, access to clean water depends on the neighborhood a person lives in. As a result, the dangers of waterborne diseases affect low-income areas disproportionately. Additionally, clean water is a privilege pertaining to socioeconomic status rather than the public good it should be. Water disparities in Nigeria often affect those who need the most help.

The Problem of Water Contamination

Adriel Garrick, who grew up in Nigeria, knows about water inequality. Garrick told The Borgen Project that “When [she] was young [she] had a friend diagnosed with Typhoid,” an infection that drinking contaminated drinking water or food causes.  She also said that “[Her] friend did not know he was drinking polluted water, and he was in the hospital for about three weeks, then later passed away.”

Death from water contamination is not unusual. According to the CIA’s World Factbook, as of 2015, 42.7% of Nigeria’s rural population and 19.2% of its urban population lacked clean, reliable drinking water. Diarrheal diseases, usually from contaminated drinking water, are the fifth leading cause of death in Nigeria.

Nigeria’s rural population is in a worse situation than the urban population for one reason: wealth. Wealth is a massive determinant of who gets clean drinking water there.

Water Supply System in Nigeria

According to Chidozie Nnaji, a researcher at the University of Nigeria, Nigeria does not treat drinking water as a social right. “The government provides water for the highly placed and charges them peanuts, but the same gesture is hardly extended to the generality of the masses who have to provide (purchase) their own water,” Nnaji told The Borgen Project. “Water is perceived as a social right for the highly placed, but as an economic good for the rest of the people. What an irony!”

Nigeria has a privatized water supply, contributing to disparities between the access of the wealthy and the poor. “Privatized water supply in developing countries is known for little infrastructure investments, neglecting low-income areas, and prioritizing profit over service quality,” Ismaila Rimi Abubakar, an associate professor at the University of Dammam, told The Borgen Project.

Not only can privatized water add to economic disparities, but it is also often unhealthy. Water vending is not a sustainable solution, according to Abubakar.

“Water vending is supposed to be a stop-gap solution to water outages or for households not yet connected to piped water supply,” said Abubakar. “Water vendors have now become the primary source of water for numerous households, . . . they should not be allowed as a long-term solution. . . . Water vendors and packaged water are expensive and not free from contamination.”

UNICEF’s Solution to Clean Water

The United Nations Children’s Fund has been working with the Nigerian government since 2005 to implement the Water, Sanitation and Hygiene (WASH) program. The program aims to provide clean water to all of Nigeria and implement hygiene education and sanitation facilities. WaterAid is a global federation of nonprofits. It has an initiative working with the Nigerian government to provide clean water and sanitation to families who need it most.

Safe, clean water is a necessity for all people, not a privilege. Given the disparities in access to clean water in different economic sectors, it is clear that Nigeria is experiencing a crisis that will not be resolved until the country as a whole is able to claim clean water and the physical health that depends upon this resource as an essential human right.

– Sophia Gardner
Photo: Flickr

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5 Things to Know About Water in Afghanistan

Afghanistan’s population of 36 million has suffered violent conflict in recent history. According to the UN, the scarcity of water in Afghanistan remains the greatest obstacle blocking its path to national stability. Here are five things to know about water in Afghanistan.

5 Things to Know About Water in Afghanistan

  1. Afghanistan’s instability has brought more than war to the people who live there. According to the United Nations, the worst result of the political unrest and lack of sound government in Afghanistan is lack of water accessibility. A reported 22 of Afghanistan’s 34 provinces currently suffer from drought. Only 67% of people have access to safe drinking water.
  2. Most people in Afghanistan do not have access to proper sanitation. Only 43% of people in Afghanistan have access to safely managed sanitation, meaning citizens must be separated from contact with human waste. Diarrhoeal diseases, caused by poor sanitation, are the second most frequent cause of death for children under five years old, with a mortality rate of six out of 1,000 live births.
  3. Afghanistan has enough water for all of its people. The nation’s five prominent basins have the potential to provide around 3,063 cubic meters of water per capita. Therefore, the problem lies not with water availability but the government’s capacity to distribute it to the people. The government uses less than 60% of the water in four out of those five basins. The constant and destructive war seen recently in Afghanistan has largely destroyed the country’s water management system.
  4. Glacial depletion has contributed greatly to these problems. The glaciers of the Hindu Kush mountain range have long provided the majority of Afghanistan’s water. Due to rising average temperatures, however, these glaciers face depletion. Estimates predict that the Hindu Kush glaciers will lose 36% of their mass by the year 2100, initially causing destructive flooding and eventually leading to further drought. Afghanistan has also recently seen a 62% drop in precipitation. The Ministry of Water and Energy has identified glacier depletion as the cause of its troubles.
  5. Despite these challenges, organizations are stepping in to help. UNICEF has named open defecation and a severe lack of water distribution in impoverished regions as major contributors to Afghanistan’s sanitation problem. The organization aims to eliminate open defecation by 2025 through public education about building and using latrines to keep people healthy. UNICEF has also helped the Ministry of Rural Rehabilitation and Development implement a water supply project to reconstruct the nation’s water systems. USAID has stepped in as well to impact the situation. With the help of USAID, 1.5 million people received drinking water access between 2008 and 2017 and 200,000 people received improved sanitation between 2008 and 2017.

While access to water and sanitation remains a major issue in Afghanistan, the situation is improving. UNICEF reports that in 2017, almost 300,000 people in Afghanistan gained clean water access. The percentage of people in Afghanistan practicing open defecation dropped from 26.2% to 12.74% between 2000 and 2017. Since then, the efforts of organizations such as UNICEF and USAID continue to make a positive impact on sanitation and water in Afghanistan. 

– Will Sikich
Photo: Flickr

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Solar Electric Light Fund Fights Energy Poverty

Solar Electric Light FundThe Solar Electric Light Fund (SELF) advocates that energy access is a human right. Beginning in 1990, founder Neville Williams worked to build solar-powered home systems in regions where families lacked electricity. Expanding from an individualized approach to the “Whole Village Development Model” in 2001, SELF began installing solar-powered electric systems into community infrastructure. SELF combats energy poverty with clean, empowering solutions. These solutions include powering homes, schools, street lamps, healthcare facilities, water pumps and providing education on photovoltaic (PV) technology.

What is Energy Poverty?

SELF defines energy poverty as an inability to acquire modern energy sources. The U.N.’s 2020 Energy Progress Report stated that 789 million people across the world did not have access to a dependable source of electricity in 2018.

An unbalanced percentage of those living without energy access reside in rural areas due to the “last mile” problem. This refers to the difficulty in providing energy access to isolated individuals lacking proximity to a power grid. Approximately 85% of those without energy access live in rural areas, and 16 countries across the developing world recorded 5% or less of their rural populations had access to energy.

What Are its Effects?

Energy access is crucial for a community as it affects food, clean water, medical care, employment and education access. Without electricity, water pumps are unable to provide safe drinking water for consumption and irrigation. Also, without electricity, modern medical machines cannot operate and temperature-controlled vaccines are unavailable.

Lack of access to modern conveniences, such as the internet, also hinders the progress of businesses and educational institutions. Additionally, light is unable to illuminate studying or working activities after dark. Those using kerosene lamps are in danger of a malfunction explosion. For females of all ages, lack of light also heightens the threat of sexual violence when going outdoors. It also compromises maternal health for those who go into labor after dark.

SELF: Blazing The Trail

SELF works to create energy-efficient, cost-efficient, sustainable and replicable solar-powered systems. Utilizing PV technology to transform sunlight into electricity, SELF has operated in 25 countries, building 550 solar-powered energy systems. Currently, the organization is working on the following projects:

  1. Benin: In the Kalalé District, one clean water source might provide for 550-9,500 people. On the other hand, larvae or animal carcasses can infest unclean water sources. SELF recently received a grant to install 24 solar-powered water pumps that rely on energy during daylight and gravity at night to provide clean water for 82,000 people.
  2. Uganda: At the Rape Hurts Foundation (RHF), SELF will install a solar micro-grid. This grid will provide electricity for social, educational, cooking and food refrigeration initiatives. RHF is an organization that grants victims and children of rape the necessary support. Furthermore, SELF built street lamps and water stations in the Bukyerimba area to mitigate sexual assault risks.
  3. Haiti: In the rural Southwest, SELF is rebuilding a solar and diesel hybrid micro-grid that was damaged by Hurricane Matthew in 2016 so that 2,120 homes can have energy access. SELF also founded the National Solar Training Center at Haiti Tec in order to strengthen solar energy installation education. Also, SELF pioneered an “energy harvest device” that is able to store solar energy to power refrigerators for vaccines. Refrigerators with this technology are being observed in Haiti and three other countries with the intention of submitting a progress analysis to the World Health Organization in 2021.

Past, Present and Future Progress

Other highlights in previous years include providing electricity to 62 health facilities in rural Ghana and Uganda, electrifying the indigenous village of Katamsama in Colombia, powering a school in Port au Prince, Haiti and providing electricity to the Xixuaú-Xipariná Ecological Reserve in the Amazon.

In each of these operations, SELF strives to provide income generation strategies to account for the cost of upkeep in the 20-25 year lifespan of solar modules. An article in the Global Citizen emphasized SELF Executive Director Robert Freling’s belief that enabling local inhabitants to care for these installations and empowering newly-electrified communities is a vital component of their work.

Over the past two decades, energy efficiency and the presence of renewable energy sources has increased worldwide. With these developments, the cost of PV solar technology decreased by 66% in the commercial sphere from 2010 to 2018. SELF hopes to capitalize upon these improvements in order to provide sustainable, reliable energy for those facing energy poverty. By providing integrated, innovative solutions, the Solar Electric Light Fund is illuminating a path for a more sustainable, connected world.

– Suzi Quigg
Photo: Flickr

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PepsiCo Foundation Improving Global Access to Water

Billions of people around the globe lack consistent access to a safe water supply. Currently, over 40% of the world population struggles with water scarcity, and experts predict the situation will only worsen due to population growth and climate issues.  Water scarcity not only impacts a community’s sanitation and health, but also its economy and the education of its people.  Recognizing the gravity of this global issue, organizations like the PepsiCo Foundation have committed themselves to improving the situation.

The PepsiCo Foundation was created in 1962 as the philanthropic branch of PepsiCo. The foundation partners with various nonprofits to invest “in the essential elements of a sustainable food system” in vulnerable regions.  One of the company’s biggest priorities has been addressing water scarcity.  In 2006, the PepsiCo Foundation announced its mission to provide clean water access to 25 million people by 2025.  Already exceeding this goal, the organization is now hoping to extend its efforts to aid 100 million people by 2030.

Partnerships

One of the main ways the PepsiCo Foundation improves global access to water is through financial aid to organizations that do the groundwork in the areas most affected by water scarcity.  Since 2008, the PepsiCo Foundation has given roughly $34 million in grant aid to clean water access programs around the world.  Grant recipients include Water.org, the Safe Water Network, and the Inter-American Development Bank’s AquaFund. PepsiCo’s most notable partnership has been with WaterAid, an international nonprofit that has worked to bring clean water to 25.8 million people since 1981. In 2018, PepsiCo gave $4.2 million to WaterAid.

WaterAid welcomed the partnership saying, “[s]trong public-private partnerships drive scalable and lasting impact, and we are proud to work with PepsiCo to bring clean water to hundreds of thousands of people in need.”

With this grant, WaterAid predicted the PepsiCo Foundation would help to bring clean water access to more than 200,000. Since then, PepsiCo has continued its partnership with WaterAid as the organization pursues projects in Southern India.

Impact in India

India is one of 16 countries that are considered to have extremely high water risk.  Of these countries, India has the highest population. The PepsiCo Foundation and WaterAid have concentrated the clean water initiatives in India to the rural villages that are plagued by water shortages, hoping to make the greatest impact possible.  In 2019 the organizations worked in three towns—Palakkad, Nelamangala and Sri City—to improve water storage and access.

Since 2016, Palakkad has experienced extreme water shortages, impacting the economy and health of the region.  By August 2019, PepsiCo and WaterAid successfully brought clean water access to the village by building a clean water storage tank.  The partnership also brought 24-hour water access to many families by installing water tap systems into 32 homes.  Similarly, the organizations were able to build 21 tap stands in Sri City.

The PepsiCo Foundation and WaterAid were able to make a tremendous impact in Nelamangala, India, by bringing water to households and schools.  In addition to installing water storing tanks and tap systems, PepsiCo and WaterAid built rainwater collection systems on several rooftops in the village.  This project brought clean water to 49 families in the Nelamangala. PepsiCo and WaterAid also made clean water supply systems in 18 schools, bringing easy water access to over 5,000 students in the region.

Continued Commitment to Clean Water Access

Through the company’s many projects and grants, PepsiCo has made it clear that the company regards clean water access as one of the most urgent issues the world faces today.  The organization’s renewed goal is to provide 100 million people with clean water supply by 2030. With this goal, it looks like the PepsiCo Foundation will remain committed to improving water access around the world for years to come.

– Mary Kate Langan
Photo: Flickr