Archive for category: Water Quality

, , , ,

5 Things Being Done to Prevent Cholera Outbreaks in Africa

Cholera Outbreaks in AfricaDue to the use and ingestion of contaminated water, cholera has become one of the most common waterborne diseases in the world. Cholera is a bacterial disease that causes such symptoms as diarrhea, dehydration, and, if not treated quickly, even death. Lack of availability to drinking water and sanitation facilities in Africa allows cholera to spread easily and quickly. However, many organizations have come up with different ways over time to help reduce the spread of cholera. Here are five things being done to prevent cholera outbreaks in Africa.

5 Things Being Done to Prevent Cholera Outbreaks in Africa

  1. Access to Clean Water: Being a waterborne disease, cholera can be prevented most effectively with access to clean drinking water. CDC has created a program called The Safe Water System Project, which brings usable water to areas with contaminated water. The Project also treats water with a diluted chlorine solution, making it safe to drink. CDC was able to use this program to bring safe water to more than 40 schools in Kenya, providing clean water to the students, staff and their families.
  2. Oral Vaccination: The FDA approved an oral cholera vaccine called Vaxchora. Due to the spread of cholera cases in Africa, in 2017 and 2018, the World Health Organization (WHO) distributed Vaxchora to five different countries in Africa to prevent further cholera outbreaks. By distributing this vaccine, WHO is giving relief and medical treatment to millions of individuals who previously may not have had access to any medical care.
  3. Proper Sanitation Facilities: Cholera can spread very easily if proper sewage and sanitation facilities are not in place or contain defecation. An organization called Amref Health Africa has made it their goal to supply communities in Ethiopia with clean toilets, sinks and other sanitation facilities. Amref Health Africa also sends teams to help train the community on how to maintain the facilities and educate them on other hygiene practices.
  4. Establishing Treatment Centers: According to the United Nations Office for the Coordination of Humanitarian Affairs, 11 treatment centers have been established in Africa with the specific purpose to prevent cholera outbreaks. In addition, an organization called Medecins Sans Frontieres (MSF) has created mobile clinics to meet the needs of those in more rural areas who may have contracted cholera. MSF has also established the Cholera Treatment Centre (CTC), which is a facility where individuals can visit and be treated for cholera.
  5. Hygiene Practices: UNICEF has launched a campaign to help spread hygiene awareness. The campaign is called My School Without cholera and is brought to more than 3,000 schools in Cameroon. Along with this campaign, UNICEF is urging Cameroon’s government to act and address the impact cholera has had on its community.

 

While as of 2018, cholera hotspots around the world have seen a decline of 60% since 2013, thousands of individuals are still susceptible to cholera in Africa. The WHO has estimated that Cameroon, Kenya, Somalia, Sudan and the Democratic Republic of the Congo have had more thna 45,000 confirmed cases and close to 700 deaths just in the time span of 2017 to 2020. The call to educate others on and how to prevent cholera outbreaks is imperative to the health of those who face cholera as an everyday battle.

– Olivia Eaker
Photo: Flickr

, ,

Clean Water Initiative in Kenya

Clean Water Initiative in KenyaKenya, among many other areas, needs clean water. Clean water is not only a necessity for adults in Kenya but especially for children. Children need clean water for sanitation and hygiene. The number one cause of death of children age five or younger is from diseases related to water, hygiene and sanitation issues. Schools in Kenya, all suffer from not having complete access to water, hygiene and sanitation. This causes educational setbacks for children and it stunts their development and potential.

The goal is to achieve complete access to water for everyone in Kenya by 2030. However, there are some issues preventing the completion of this goal. One major barrier is the population growth that is continuing in Kenya. People who drink from contaminated water in Kenya ranks as the third in Africa. Sub-Saharan Africa has an estimated 9.4 million people who consume contaminated water sources. Additionally, they are about 5 million people who practice open defecation in Kenya. Also in Kenya, only 14% have access to soap and water in their homes to wash their hands.

The Water Project

The Water Project is a nonprofit organization that is committed to enabling the access of clean water throughout Africa. The organization working to help communities with the clean water initiative in Kenya. According to the Water Project, access to clean water means an improvement in education, health, poverty and hunger.

Hunger can be improved by access to clean water because it is the foundation to have sustainable food sources. A lot of water is required to ensure that food will grow. So, improving water sources can change an entire community and country. At the root of poverty in Africa is water sources. The lack of clean water sources is one of the main causes of poverty. However, this is a problem that can be solved.

The Water Project and Community Engagement

The Water Project has a process that it follows for all its commitments. The organization focuses on community engagement, community education, installing the project, education follows up, monitoring and evaluation. With the help of the community, the organization can decide where it is going to work. Resources, the potential for positive outcomes and demand are a few of the main factors in its decision.

Community education is an opportunity for communities to learn about clean water resources, hygiene and sanitation. In addition, the community learn other key aspects of cooking and preparing meals using clean water sources. At the ending of the process, the organization then follows up with the community to ensure that the education process is going well and also that the project is exceeding expectations.

Kenya Integrated Water, Sanitation and Hygiene (KIWASH)

The Kenya Integrated Water, Sanitation and Hygiene (KIWASH) is a five-year program that is dedicated to the clean water initiative in Kenya. It is working to create clean and sustainable water sources. The USAID program has six key areas of focus. These areas are water access, infrastructure, sanitation and hygiene, finance, sustainability and governance.

UNICEF

UNICEF is also another organization with the determination of providing clean water sources for Kenya. It helps to establish WASH. UNICEF aims to increases access to clean water for the number of households, schools and hospitals between 2018-2022. Additionally, the organization has helped more than 6,700 communities achieve Open Defecation Free status. Almost 550,000 children use WASH hygiene and sanitation facilities. UNICEF installed more than 1,000 facilities in schools throughout Kenya.

Kenya continues to lack the appropriate access to clean water sources for all of its communities. This causes poverty and directly affects the education of young children. These children do not have the appropriate access to clean water, sanitation and hygiene. As a result, this leads to diseases which are one of the leading causes of death for young children. In addition, it leads to setbacks in their education and potential.

The Water Project has stepped in to help the clean water initiative in Kenya. The organization has set up a process that will lead to the appropriate access to clean water in Kenya’s communities. The Kenya Integrated Water, Sanitation and Hygiene (KIWASH), is working to provide more accessible water sources, sustainability and education throughout Kenya. Finally, UNICEF has helped to establish WASH, which has helped people use hygiene and sanitation facilities throughout Kenya.

– Jamal Patterson
Photo: Flickr

, , ,

10 Facts about Sanitation in Zambia

10 Facts About The Sanitation In Zambia Zambia is a country with a population of more than 16.5 million. It neighbors Zimbabwe, Tanzania, the Democratic Republic of the Congo, Angola, Botswana, Mozambique and Malawi in the Southern-Central region of Africa. In 2011, Zambia achieved middle-income country status, reflecting the country’s substantial economic growth of an average of 7.4% per year from 2004-2014. However, as of 2015, more than half of Zambians earn less than the international poverty line and only 26% of the population has access to safely managed sanitation services. Here are 10 facts about sanitation in Zambia.

10 Facts About Sanitation in Zambia 

  1. According to the World Bank, the Water Sector Performance Improvement Project advanced the Lusaka Water and Sewerage Company (LWSC) in the Lusaka, Kafue, Chongwe and Luangwa districts of Zambia. The project reduced interruptions to clean water supplies from 5,000 to 333 from 2007-2013 and increased the water collection ratio from 70% to 90%. The Water Sector Performance Improvement Project was crucial to improving Zambia’s public health resources by developing clean water resources and advancing the area’s sewerage systems.
  2. In 2003, a community-driven water and sanitation project delivered nine boreholes and 40 Ventilated Improved Pit-Latrines (VIPs) to the rural Chibizyi area of Zambia. The Zambia Social Investment Fund (ZAMSIF) aided this and benefited over 4,000 members of the community. Before the project, the people of the Chibizyi region walked vast distances in search of water, usually collecting water from polluted streams.
  3. After receiving better access to clean water, the Chibizyi community of Zambia then formed water, sanitation and health education committees in each village. The committees formed construction sites to build sufficient sanitation facilities to keep the water clean. Additionally, ZAMSIF used the Ventilated Improved Pit-Latrines (VIPs) sites as stations for distributing information on HIV/AIDS and malaria control.
  4. From 2011-2015, the Schools Promoting Learning Advancement through Sanitation & Hygiene (SPLASH) initiative implemented its program in 495 Zambian schools. Before SPLASH, Zambian schools faced limited drinking water and sanitation facilities, causing harsh learning environments for the students. SPLASH installed 662 handwashing facilities and 386 female washrooms in the schools. This allowed 133 schools to achieve a WASH-Friendly status and attract more students.
  5. In 2012, the National Rural Water Supply and Sanitation Program of the Ministry of Local Government and Housing developed national guidelines for Community-Led Total Sanitation in Zambia. These guidelines reached over 2.5 million people across the country by 2015. Officials implemented the guidelines through Zambia’s District Health Information System 2 (DHIS2) digital software, which enabled real-time monitoring and feedback via computers. Communities following these guidelines and switching from open defecation to toilet use received verification as Open Defecation Free (ODF).
  6. The Water and Development Alliance (WADA), along with its partners United States Agency for International Development (USAID) and Coca-Cola, are working to improve sanitation globally. Since 2005, they have improved avenues in more than 30 countries, giving more than 580,000 people access to clean water. WADA aids Zambia in improving water and sanitation access by implementing latrines and handwashing stations across the country.
  7. The Partnership for Integrated Social Marketing (PRISM), a marketing program for health services and products, instigated a distribution project in 2014. PRISM administered over 13,000,000 bottles of chlorine at Zambian hospitals. Zambians were then able to use the chlorine to disinfect and clean 9.27 billion liters of drinking water in all 10 provinces of Zambia.
  8. Only 18 percent of women in Zambia are able to obtain modern, feminine hygiene products. In response, Maboshe Memoria Centre in Mongu, Zambia, began producing sanitary napkin kits in 2019, modeled after the Days for Girls sanitary kits. The sanitary napkin kits are washable pads that can last up to three years. Previously, many Zambian girls skipped school during their menstrual cycle due to inadequate supplies. These kits enabled them to attend school during their menses and obtain hygienic and long-lasting products.
  9. The United Nations Children’s Fund (UNICEF) has aided in enabling 44% of Zambia’s population to achieve improved sanitation. UNICEF allowed Zambian villages to receive acceptable latrines and in 2015, around 75% of Zambia’s villages became Open Defecation Free (ODF). By 2020, UNICEF expects every Zambian to have an adequate latrine–ones that have handwashing facilities, offer privacy and dispose of matter effectively.
  10. The United States Agency for International Development (USAID) is currently aiding Zambia by investing in plans that encourage sustainable outlets for safe drinking water. The Global Water Strategy and USAID Agency Specific Plan aim to provide 1.7 million Zambians with sustainable water and sanitation resources by 2020. They plan to invest in significant infrastructure improvements that will strengthen water supply, sanitation and drainage in Zambia’s capital, Lusaka.

Zambia has made substantial progress in sanitation since the early 2000s. It has developed plans to decontaminate drinking water and replace poor sanitation facilities. However, as Global Waters has indicated, there is still a considerable need for improved sanitation guidelines across the country to ensure every citizen has access to clean water. These 10 facts about the sanitation in Zambia shed light on these issues.

– Kacie Frederick
Photo: Flickr

, ,

10 Facts About Sanitation in Belize

Sanitation in Belize
Belize has increasingly become a popular tourist attraction over the past several years. Not only is it a favorite among celebrities, but it is also a place where many non-famous people choose to purchase property. Vast natural ecosystems and welcoming locals draw visitors to the country for rest and relaxation. As the nation continues to evolve, byproducts of expansion take a toll on the preservation of natural resources, in turn creating waste and other issues that affect sanitation in Belize.

10 Facts About Sanitation in Belize

  1. Water quantity is not a problem for Belize. Water is a natural and ample resource in the country. Groundwater, as well as rivers and the sea, provide an unlimited supply. According to a publication that the Inter-American Development Bank (IDB) submitted, Belize’s water supply exceeds that of other Central American and Caribbean nations. Only a mere 3 percent of the population does not have access to a sustainable water source. By 2009, residents enjoyed a generous supply of improved water connections. When the Belizean government stepped in to revise its infrastructure, this led to a significant improvement compared to prior years. Since then, the government has not slowed down its policies toward the improvement of sanitation and access to drinkable water. Companies such as Belize Water Services Limited (BWS) has doubled its water supply to the residents they serve by investing within the country’s infrastructure.
  2. Small villages keep sanitation infrastructure at bay. Locals in rural areas use basic outhouse toilets in various places. Some are located in the middle of the forest while people have constructed others over the sea. Due to the high cost of organized sanitation systems, the estimated 200 small villages that exist in Belize lacked adequate systems to support a much-needed sanitation system as early as 6 years ago. Some are located either close to or in tourist destinations. Improvements have occurred since the construction of a landfill named Mile 24 in 2009. Local private collection companies send out trucks to collect waste from the homes and houses of residents in rural areas. Because of this, tourist areas and villages have fared much better by having access to toilets and supported solid waste disposal.
  3. Water and sanitation systems improvement is on a continual rise. With the involvement of the Belizean government, the gap between poor sanitation and sound infrastructures continues to narrow. The nation’s government has welcomed assistance from other companies both local and abroad in order to improve the health and lives of its citizens through safe drinking resources. The work to develop solutions for basic clean water and waste management systems has paid off. This includes bathrooms in basic housing as well as some rural areas. A near 25 percent increase of tourist visits to the country from 2017 to 2018 is a telltale sign of a demand for an improved quality of life for citizens and visitors alike.
  4. Businesses contribute greatly to this improvement. Belize Water Services Limited (BWS) is a public company that serves nearly all cities in Belize as well as about 30 percent of the country’s small villages. It serves drinkable and potable water that has received treatment through the company’s exclusive “double run” water treatment plant. The company began in 2001 and the Belizean government is a majority shareholder.
  5. Some residents prefer raw water. Some citizens in Belize do not completely trust treated water. They prefer natural raw water or source water, which is essentially rainwater in cisterns, which are commonly on rooftops in Belize. This water then receives treatment with chlorine or an in-home filtration system to make it safe for consumption.
  6. Tourists should know their water source before drinking. In the city of San Pedro as well as other tourist cities, many residents prefer water from their own familiar cisterns. Water can come from a few different sources, and the taste or safety can differ greatly. Belize advises vacationers with sensitive stomachs to stick to bottled water as some locals already do. While cistern water is safe to drink, it can often be unpleasant due to a noticeable chlorine taste.
  7. Ocean water can transform into drinking water. In Belize, BWS treats water from the sea using a reverse osmosis procedure to remove the salt from it. The majority of the water comes from the enormous amounts of rainfall the country sees each year; however, as the country continues to grow, it may increasingly tap into this water source. As a solution, the government continues to support companies like BWS in acquiring more facilities to support the growing population.
  8. Sanitation in Belize took nearly 25 years to develop. Starting in 1991 with the creation of the Solid Waste Management Authority Act, the Belizean government began to address the issue of solid waste disposal. Five years later, the Department of Environment (DOE) put an action plan in place. By 2013, the DOE created the first transfer stations for the management of solid waste products. The organization of waste disposal helped residents of smaller villages as well as some rural areas eliminate the need to transfer their own solid waste. While deep rural areas continue to struggle, local truck routes owned by private companies help residents in the far outreaches of the country.
  9. The environment is safe. The Belize Solid Waste Management Authority (BSWMA) works with the Department of Environment to ensure that sanitation in Belize receives proper management in order to protect the environment. Part of BSWMA’s mission is to incorporate feedback and cooperation from the country’s citizens. These initiatives help to continually improve upon the safe and eco-friendly collection of waste throughout the country.
  10. Some waste comes from outside. In some cases, cruise ships have utilized waste management facilities to empty their vessels of trash while coming to port. As the country continues to grow, there will likely be demands for more waste solutions that are entering the country. The largest area that is suffering is that of the rural villages. Many who live in the countryside dump their trash in rivers or the sea, undoing the lengthy progress that has occurred to materialize into sustainable systems that exist in the city.

Most of Belize’s infrastructures are stable and use the latest technology. The growth of Belize and the growing health of its citizens are evidence of these facts. There is a definite standard in place to ensure little to no impact on the environment. Business and commerce are on an upward trend. The government plays a significant role in growing the nation’s civil framework as well as addressing issues of sanitation in Belize. Belize is a country with a unique ecology. Its popularity as a place to unwind, and perhaps stay, is growing.

– Julie Jenkins
Photo: Pixabay

, ,

CityTaps is Improving Water Access in Niger

Water Access in Niger
In 2004, Niger ranked second to last on the UNDP Human Poverty Index scale. Since then, Niger’s poverty rate of 97.10 has decreased by 3.7 percent. While the poverty rate, based on those living on $5.50 a day, has declined throughout the past decade, 93.4 percent of poverty is still an extremely high value. Such high rates of poverty pose a daunting challenge to organizations attempting to lift Nigeriens out of poverty through endeavors such as implementing better sanitation and water access in Niger. Luckily, the company CityTaps is striving to improve make water access easier for the residents of Niger. 

Sanitation and Health in Niger

There are two systems available: improved and unimproved. The unimproved systems account for everything from open defecation to unsanitary toilets aiding in bacteria growth. In urban areas, 62.1 percent of the population has access to unimproved sanitation facilities. Without reliable access to water, improved sanitation facilities continue to be low in number.

Water Access in Niger

The World Bank has made great progress in improving sanitation and access to water in Niger. In June 2016, The World Bank invested $35 million in the Urban Water and Sanitation Project (PEAMU). Currently, an infrastructure project is underway to improve water treatment throughout the nation, in the hopes of improving living conditions and the Nigerien ecosystem. Although these achievements are making a positive impact, some of these projects are slow-moving, leaving the majority of the population without access to water in Niger. Organizations are seeking to fill the gaps from these international initiatives. 

Technology Behind CityTaps

The internet of things (IoT) has continued to grow with the use of technology to give physical objects more impact on the surrounding communities. IoT works by assigning an IP address to physical objects, which people can then use to track the object along with information about it. People can accomplish this anywhere, including Niger. Water monitoring has become one of the main areas of IoT implementation in north-west countries in sub-Saharan Africa.

CityTaps is utilizing this technology to improve current water meter systems. If people connect to a digital network, they can accomplish better measurements of water usage. In turn, this network is saving on water resources and money by identifying the water movement and the pump’s power consumption.

CityTaps’ Impact on Water Access in Niger

Since its implementation, consumers have begun paying 15 times less than with traditional water meters. Further, many people have gained access to water in Niger. CityTaps has chosen to take the innovative approach of allowing prepayment for water usage, giving people the chance to pay per use versus paying a very large bill. The one-time, large payment is too much for some families, forcing companies to turn off the water. Millions of Nigeriens have unstable or irregular incomes, making it difficult for them to pay monthly bills in full. Additionally, companies often take advantage of people with nonnegotiable bills, resulting in already impoverished individuals accruing more poverty.

Consumers also have access to the account through cell phones, providing constant access to rates of use. Budgeting is much easier with the ease of use through CityTaps. Implementing such technology has benefited over 13,000 people, which has encouraged CityTaps to set higher goals of reaching more people and extending a greater impact. In 2019 and into 2020, CityTaps will begin deployment of an additional 10,000 meters which will result in about 100,000 more people than the original 13,000 people and continue to have ripple effects in consumer’s ability to build up community sanitation and health.

CityTaps’ Longterm Goals

CityTaps’ ultimate goal is to reach . The team behind CityTaps aims to continue developing time, money and water savings for consumers and countries in need of water access improvements. Being a fairly dry country, better usage of water resources in Niger is crucial, especially in the event of droughts. Additionally, saving money for the urban poor allows these families to invest in greater opportunities or otherwise improve living conditions. Finally, women and girls will no longer have to spend long hours retrieving usable water.

Innovation of CityTaps

Similar to other organizations, CityTaps is focusing on improving the quality of life and well-being for the urban poor. CityTaps is paving the way by connecting data from the water utilities and metering to people’s cell phones. This easy-to-use technology aims to remove barriers for Nigeriens to gain reliable access to water. 

Additionally, CityTaps is working to make government utilities become financially independent, allowing investment into water and sanitation infrastructure to further support these communities.

CityTaps understands that access to clean water at home will support the development of sustainable sanitation and health. Water access in Niger has already seen growth with CityTaps technology.

– Cassiday Moriarity
Photo: Unsplash

, , , ,

9 Facts About the Refugee Water Crisis

Refugee Water Crisis
It’s no secret that there is a refugee crisis. In fact, the United Nations High Commissioner of Refugees (UNHCR) stated that as of January 2019, 70.8 million people were refugees. To put that into perspective, one in every eight persons is either in transit, seeking asylum or living in camps. Roughly 2.6 million reside in managed camps, and this has created an all-new challenge: a refugee water crisis.

UNHCR estimates that more than half of the world’s refugee camps do not have enough water to fulfill the recommended 20 liters per person per day. There are a number of health risks associated with lack of water. To address them, WASH has intervened with several programs.

9 Facts About the Refugee Water Crisis

  1. Global Water, Sanitation and Hygiene (WASH) is a CDC program designed to improve access to healthy water, sanitation practices and hygiene. Ultimately, they strive for long-term solutions that will reduce poverty and improve the health and socio-economic development of everyone. WASH has impacted countless refugee camps and bettered the water crisis for many.
  2. Nyamithuthu Refugee Camp in Malawi received hygiene education training and successfully implemented the “improved bucket” initiative. Water does not have to be contaminated from its source to pose a threat to close-corridor inhabitants. Infection can spread from touching and storing water in improperly sanitized containers. To control any possible spread of disease, WASH provided 20-liter water buckets with constraining lids and water spouts to limit secondhand contamination.
  3. Though formal camps typically have better WASH services, they are not always up to ‘safely managed’ standards. These standards include the limitation of shared facilities and on-premise water sources with water sources less than 200 meters (656 feet) away. For example, there are 11 refugee camps managed in Uganda and only 43 percent of the inhabitants have access to water less than 200 meters away. The physical burden of carrying 80 liters of water from a well that far uses one-sixth of rationed calories for the day.
  4. The refugee water crisis inhibits proper sanitation practices, which is the first defense against communicable diseases. Roughly 30 percent of managed camps have inadequate waste disposal. Latrines shared between three or more families increase the risk for cholera outbreaks which are transmitted through fecal-oral contact. Several refugee camps in Bangladesh with sanitation facilities were three times less likely to have cholera outbreaks than camps without them.
  5. Undocumented refugees and migrants in transit have particular difficulty in finding basic water and sanitation services. They risk detection by authorities and tend to revert to unsafe and often dangerous methods to obtain water. For example, undocumented refugees on the French-Italian border use the river as a water source, toilet and place to cook in order to avoid detection by the Red Cross.
  6. Low-income and undocumented refugees are also more likely to live in informal urban areas with non-standardized infrastructures. On the US/Mexico border, Matamoros, Mexico, has an estimated 50,000 migrants settled in an unofficial refugee camp. Sources reveal there are less than 10 portable toilets, no running water and only two wooden showers located in the woods. Refugees use river water to bathe, cook, drink and clean laundry. The majority of the provisions (water and food parcels) are given through religious organizations, immigration activists and individual donors.
  7. The United Nations International Children’s Emergency Fund (UNICEF) addressed this humanitarian crisis through the Protocol for the Protection of Migrant Children. The Protocol ensures all necessary actions are taken to protect the rights of migrant children including their access to water.
  8. The true nature of the refugee water crisis is underrepresented, leaving water provisions inadequately rationed. WASH services are estimated based on census and survey data, excluding refugees in transit or informal settings. Undocumented refugees have no chance of consideration with this form of data collection, meaning that the crisis is more serious than the data indicates.
  9. The 2030 Agenda for Sustainable Development details several plausible and lasting solutions to address and end the water crisis, specifically initiating and protecting policies in support of universal and inclusive water services. It also includes recommendations for governments and international agencies to strengthen water governance in correlation with migration.

Access to water is a human right protected under Article 25 of the Universal Declaration of Human Rights. The refugee water crisis threatens the lives of every migrant already running for their lives. Continued efforts from WASH, government agencies and humanitarian organizations are crucial to ending this crisis.

– Marissa Taylor
Photo: Flickr

, ,

10 Facts About Sanitation in Anguilla

10 Facts About Sanitation in AnguillaAnguilla is a Caribbean island about half the size of Washington D.C., nestled between the Caribbean Sea and the Atlantic Ocean. Its tropical climate and terrain of low-lying coral and limestone have all contributed to this beautiful island’s dramatic water crisis. With a population of only 18,090, islanders have survived the island’s dry environment for more than 300 years. With careful husbandry, water conservation and the use of cisterns, Anguillans have found ways to make their erratic rainfall schedule work for them even during unpredictable drought periods, which can last up to three or four months. As access to improved sanitation facilities increases and tourism flourishes, the islands underground aquifer has been pushed to capacity. Here are 10 facts about sanitation in Anguilla and how they contribute to the depletion of the island’s supply of drinking water.

10 Facts About Sanitation in Anguilla

  1. In 1995, improved water sources were only available to 57 percent of the Anguillian population. Improved sanitation facilities include the use of a “flush or pour-flush sewer system, septic tank or pit latrine; ventilated improved pit (VIP) latrine; pit latrine with slab or a composting toilet.” In 2011, records showed an increase to 95 percent. By 2015, that number increased again to 97.9 percent of the population; at least 98 percent of those facilities were flush toilets.
  2. Because Anguilla does not have rivers, its drinking water consists of collected rain, wells connected to underground aquifers and desalination. Reportedly in 2000, 60 percent of the population had access to drinking water. Later, 61 percent of households indicated that their main source is from bottled water.
  3. At least 73 percent of the Anguillan population still gathers water from a cistern that pipes water into their homes. The same report from 2011 says that 15 percent of the population used the public water piped into their homes. At least 4 percent used a “public standpipe, well or tank.”
  4. The poor quality of water obtained from cisterns is of concern it is used for drinking purposes in addition to other domestic uses. Contaminants from rainwater can grow in containers like cisterns. They pose a health threat to those consuming the water. Pathogens like bacteria, viruses and Protozoa in cisterns can be treated with chlorine. However, chlorine can lose effectiveness within 24 hours of entering a cistern and these microorganisms that are transmitted in water can cause disease, which includes the potential of death.
  5. A combination of agricultural fertilizer, animal wastes as well as wastewater run-off from domestic and commercial septic tanks are seeping untreated into groundwater. This causes a chemical pollution problem for what little drinking water the island does have.
  6. Nitrate concentrations are increasing in most of the production and test wells connected to the underground aquifer. For many years, Anguilla’s aquifer has been subjected to periodic laboratory analysis by those concerned with public health and environmental quality. It shows nitrate concentrations in excess of the maximum acceptable drinking water limit.
  7. Pollution in groundwater that spills into coastal ponds and phosphates from detergents in domestic wastewater provide the right chemical nutrients to accelerate the growth and proliferation of unpleasant marine algae. This creates murky coastal waters, prevents coral growth.
  8. Chronic illnesses and diseases such as high blood pressure, diabetes and cancer from which Anguillans suffer are believed to be a result of the poor quality of water that they drink. In an attempt to improve the health of the population, Ms. Ursuline Joseph of Dominica has recommended a solution to create acceptable levels of alkaline in water. X20 is “a mineral-rich alkaline product” containing 77 different types of minerals to prevent diseases from developing in the body. Manufactured by Xooma, X20 originates from an ocean source off the coast of Japan. When the powdered product is added to 1.5 liters of water, it alkalizes with minerals and becomes healthier to drink.
  9. Anguilla’s primary water management problems arise out of the fact that there is not very much to manage. With an annual average rainfall of about 40 inches per year. Evaporation rates can reach 70 inches per year during droughts. The number of wells dug into the aquifer over the years is unknown. However, professional hydrologists and water engineers worry about the prospect of over-pumping in the near future. That being said, professionals are finding themselves less worried about the amount of groundwater left and more concerned with the quality of the groundwater itself.
  10. Pure Aqua provides a range of filtration and economical solutions to meet Anguilla’s water needs based on its resources. Focusing on reverse osmosis and water treatment, Pure Aqua manufactures and supplies high-quality water treatment systems built with cutting-edge technology. It custom-designs its systems for specific applications across many different industries. Anguilla has only a few options for sources of water. These include surface water, desalination, groundwater and government water. Pure Aqua provides systems with the ability to treat any of these sources with a host of different methods such as ultrafiltration systems, media water filters, brackish water RO, seawater reverse osmosis systems, chemical dosing, UV sterilizers and water softeners.

The demand for water resulting from the expansion of new residential areas and tourism facilities has devastated groundwater supply in Anguilla. The root problem is that pumping rates at the wells now in use are maxed out. Trying to extract more water would risk the structural integrity and possibly allow seawater intrusion, thus destroying the aquifer. Sanitation as a whole has seen enormous strides forward while also being part of the reason pollution threatens the water sources that are available.

– Janice Athill
Photo: Wikimedia

, ,

10 Facts about Sanitation in American Samoa

10 Facts about Sanitation in American SamoaAmerican Samoa refers to the seven South Pacific islands and atolls that have belonged to the U.S. since 1900. The U.S. Navy governed the islands until 1951 after the deed of cession in which the local chiefs of the Tutuila ceded the island. Today, American Samoa has an elected, nonvoting representative in the U.S. House of Representatives. Like many island nations in the pacific, sanitation is one of the major challenges that American Samoa faces every year. Here are 10 facts about sanitation in American Samoa.

10 Facts about Sanitation in American Samoa

  1. Groundwater resources in American Samoa are limited. The islands that create American Samoa face the same challenges as any island nation. Underground water sources of many island nations are located near the salty seawater. In practice, this means that there’s only a limited amount of water people can draw from and limited space for people to drill wells underground. The fresh water that is accessible on the island is the source of nearly all public drinking water.
  2. Tap water is not drinkable in American Samoa. American Samoa has general access to improved drinking-water that is protected from outside contamination through pipes and sanitation processes. However, the water quality of local streams and rivers is still poor. Visitors are warned to drink bottled water when on the islands.
  3. Rapid urbanization contributed to water pollution. Previously, many villages in American Samoa relied on their local streams and rivers as a source of freshwater. Rapid urbanization, which happened from 1960 to 2004 in American Samoa contributed to the degradation of sanitation in American Samoa. The rapid urbanization and the lack of proper waste disposal polluted the natural water sources near cities. Unchecked development of the islands, such as deforestation to build plantations and housing, also alters the natural flow of local rivers and streams.
  4. Local pig farms contribute to water pollution. Pigs are an important part of culture and food in American Samoa. According to the EPA, there are 2,700 pig farms on Tutuila Island and many more on the six other islands of American Samoa. The majority of the pig farmers operate small-scale pig farms, consisting of anywhere from one to 20 pigs in their backyards. Many pig farmers simply use pressurized water to clean out their pig pens, which leads to polluted water seeping into local rivers and water sources.
  5. In July of 2003, American Samoa received full approval for the pollution control program. This approved program helped the American Samoa government to conduct facility inspections and improve environmental regulations. The American Samoa government worked with landowners to build walls and other structures to contain and direct runoff from pig waste. The program also moved more than 100 pigs away from streams and rivers. This resulted in a 91 percent decrease in average E. coli concentration in the streams.
  6. The Keep American Samoa Beautiful (KASB) program is reducing pollution. KASB encourages the general public to help improve sanitation in American Samoa. There are multiple programs that encourage the people of American Samoa to reduce littering. This kind of program is important for American Samoa since litter, garbage and pollution attract mosquitoes. Diseases such as dengue fever and elephantiasis are some of the diseases that constantly plague the people of American Samoa.
  7. In 2016, the United States EPA awarded $8.9 million to American Samoa. The government of American Samoa will use this awarded money to ensure access to safe drinking water and to improve the general sanitation of American Samoa. Some of the projects include connecting new wells to drinking water systems, a new water storage tank at Upper Pago Pago and a sewer line extension to Aua village.
  8. ASEPA faces a few challenges in future plans for the quality and supply of fresh water. Lack of data prior to 2000 poses a challenge for improving the quality of water and sanitation in American Samoa. First, the lack of data makes it difficult to identify historical trends. Second, it makes anticipating possible water quality problems in the future difficult. This is more important than ever because of climate change.
  9. Cyclones and hurricanes are a major threat to sanitation in American Samoa. American Samoa often faces tropical cyclones and hurricanes. In 2018, cyclone Gita left a trail of devastation in American Samoa. Cyclones can be a major source of pollution in local water supplies for a variety of reasons. The rain from hurricanes and cyclones often contains undrinkable salt water. Flooding caused by events can pick up chemicals and other hazards that can contaminate the local water sources.
  10. The tuna industry is contributing to water pollution. American Samoa is asking tuna cannery industries in American Samoa to contribute to conserving water. Tuna canneries are one of the biggest industries in American Samoa. As a result, there were elevated phosphorous levels in local watersheds. The Pacific Regional Integrated Sciences and Assessments Program recommends the tuna canning industries monitor and improve water usage.

These 10 facts about sanitation in American Samoa reveal many challenges. However, it is clear that there are efforts to further improve the conditions in American Samoa. The U.S. government awarding funds for projects that improve water quality. Furthermore, the American Samoa government is also collecting environmental data to prepare themselves for potential challenges in the future. With these improvements, a cleaner American Samoa awaits for all of its inhabitants.

– YongJin Yi
Photo: Flickr

, , ,

Water Quality in Thailand

Water Quality in ThailandSanitation and hygiene have improved in the past 20 years for the nearly 70 million people that live in the Kingdom of Thailand. Prior to the year 2000, many people lived without access to basic hygiene necessities or clean drinking water. Left untreated the domestic water could pose the risk of infectious disease. In some areas, this surface and groundwater is the primary source of water despite its contamination. Irregular flood and drought patterns could continue to pose a threat to Thailand’s future in terms of water scarcity. This is both a domestic and global issue that needs to be addressed before water resources are endangered any further. These five factors that affect water quality in Thailand highlight the country’s progress with regard to sanitation quality and practices as well as the problems they continue to face.

Water Quality and Scarcity

The Thai government’s Pollution Control Department (PCD) has monitored the state of water quality since 1990. Overall, the trends in water quality in Thailand between 1993 and 2003 were average and stabilizing. With both agricultural and industrial pollution at play, poor water quality was reported in certain bodies of water including the Chao Phraya River, the Tha Chin River, the Lam Takhong River and Songkhla Lake. The following decade’s rise in population size and economic development is now causing a strain on the availability of water resources.

Waterborne diseases can be contracted through eating or drinking contaminated substances from the local economy. Hepatitis A, Hepatitis E and Typhoid fever are the three leading infectious diseases in Thailand. All three are viral infections that can easily spread in areas of poor sanitation.

Droughts and Flooding

Thailand’s water resources have diminished over the years due to disappearing wetlands, corroding watersheds and pollution. The climate in Thailand was not always erratic, but now intense flooding during the wet season and droughts during the dry season are commonplace. Wetlands used to be abundant, but today only 2 percent of the original wetlands still exist. Thailand has lost nearly 96 percent of its wetlands. Unless water resource management is improved, water shortages remain a potential threat to Thailand’s future.

Flooding has been just as detrimental to Thailand’s water supply as have repetitive droughts. Standing water from floods poses serious threats. Contaminated floodwater contains many unknown threats that can be harmful to health, causing symptoms like rashes, infections and illness. Severe flooding has left countless dead and thousands displaced. In September 2019, Thailand experienced extreme floods, resulting in 19 deaths. Although an assessment of the total is ongoing, floods have affected more than 150,000 households. The water quality in Thailand is heavily impacted by the continual irregular weather patterns that have taken over Thailand’s climate.

Legislation

Sustainability in terms of water development and sanitation has been a part of Thailand’s legislative value since 1980. The nation continues to support and attempt to improve sustainable natural resource management and environmental protection. It believes both are vital tools for the sustainable development of resources. Legislation has also placed value on addressing sanitation inequality by recognizing proper sanitation and water access as a human right. In addition to laws and efforts on Thailand’s part, the U.S. has dedicated resources to improving sanitation in countries around the world as part of their Millennium Development Goals

Sanitation and access to clean water have a profound impact on the quality of life, especially in more impoverished areas. It has been shown that United States money that is invested in sanitation in developing countries is reintegrated at a rate of more than five times the original value since people are more likely to be happy, healthy and able to work. Promoting investment in global sanitation will help improve the quality of water in Thailand and have a lasting impact on Thai citizens’ lives.

– Helen Schwie
Photo: Wikimedia Commons

, , , ,

10 Facts About Sanitation in Cuba

10 Facts About Sanitation in Cuba
Although the Cuban Communist Party has relaxed some aspects of the nation’s government-directed socialist economic policies, Cuba remains one of the world’s only communist states. Cubans face many economic challenges due to their somewhat politically isolated status, especially since the dissolution of the Soviet Union and subsequent loss of Soviet aid. Despite this, Cuba perseveres and continues to address domestic quality of life concerns. Here are 10 facts about sanitation in Cuba.

10 Facts About Sanitation in Cuba

  1. Water Shortages: The extreme drought in 2017 highlighted the limitations of Cuba’s outdated water infrastructure and revealed the Cuban government’s inability to quickly mitigate water shortages. Urban residents without water could request government water delivery, but the overburdened government struggled to respond adequately. Instead, citizens often turned to the black market to acquire water.
  2. National Hydraulics Program: The second point among these 10 facts about sanitation in Cuba is that the country’s ancient water pipelines are prone to leakage and inconsistent water flow, often resulting in flooded streets and homes without running water. Even in periods of drought, water loss and inefficient water distribution are more of an obstacle than a straight lack of water. To correct these problems, Cuba implemented a national hydraulics program funded with loans from OPEC, Saudi Arabia, China and others. So far, workers have installed 227,000 new water meters and cut water loss by 10 percent.
  3. Water and Sanitation Improvements: As of 2015, access to drinking water and sanitation facilities had improved drastically. Many (94.9 percent) of the population has improved access to drinking water sources in the form of safely piped water, clean public taps and rainwater collection while 93.2 percent have better access to sanitation facilities. These improvements are more apparent in urban settings, as 96.4 percent of city-dwellers and only 89.8 percent of the rural populace have benefited from refurbished water infrastructure. Droughts have disrupted the available and consistent delivery of clean water, but Cuba continues to revamp its water and sanitation infrastructure.
  4. Environmental Challenges and UNESCO: Decades of periodic oil spills and the release of wastewater into the historic Bay of Cienfuegos has harmed Cuba’s fishing industry, damaged the environment and threatened tourism. UNESCO’s designation of the bay as a protected World Heritage site spurred some environmental recovery efforts. Cuba’s government estimates that restoration will cost approximately 1 million pesos.
  5. Class and Demographics: Despite frequent shortages and infrastructure issues, Cuba’s drinking water supply is safe in most parts of the country. However, there are class and demographic divides in water access as the urban poor and rural populations are the most likely to go without, while Cuba often caters to tourists. The goal of Cuba’s hydraulics program is to completely supply the entire population with adequate amounts of clean water so that the Cuban government actively engages itself in fixing these problems.
  6. Water Treatment Facilities: Cuba’s surface water treatment facilities use rapid sand filtration methods, which are not always effective due to a shortage of chemicals and equipment. Consequently, only 62 percent of Cuban citizens have access to clean water. Aiding domestic efforts aimed at fixing Cuba’s water issues, China installed fourteen water purification plants in central Cuba.
  7. Water Affordability: Although clean water is not as readily available as Cubans might desire, it is always affordable. As is the case with most social institutions in Cuba, water utilities receive government subsidies and are therefore cheap. As of 2018, a household of four paid less than $0.25 USD for water service.
  8. Sanitation Infrastructure Improvements: Much of Cuba’s sanitation infrastructure is decades old and does not serve most of the rural population. Cuba is in the process of modernizing its wastewater treatment facilities with assistance from the United Nations Development Program. Additionally, Italy’s TECOFIL is responsible for opening 300 functional and environmentally sustainable wastewater treatment plants.
  9. Benefits of Tourism: Tourism is a critical component of Cuba’s economic activity, so the nation sometimes caters to tourists at the expense of the native populace. While tourists have ready access to clean bottled water, ongoing droughts and other troubles sometimes leave the locals rationing a limited supply of available drinking water. On the bright side, tourism brings international attention to Cuba and may lead to beneficial foreign enterprise along the lines of TECOFIL’s operations.
  10. The EU and UNDP: The EU pledged 600,000 Euros to Cuba in order to combat the effects of the 2017 drought. This fund is to preserve Cuba’s capacity for agricultural production and maintain drinking water supplies. Between 2014 and 2018, the UNDP spent 25.4 million Euros on 46 environmental and biodiversity focused projects in Cuba, including improvements to water quality and quantity. The UNDP plans to intensify its efforts in this regard.

These 10 facts about sanitation show that although the country struggles to provide its citizens with adequate sanitation facilities and consistent clean water supply, the government is taking concrete steps towards improving the status quo. Economic reform and continued foreign investment will contribute to Cuba’s progress.

– Dan Zamarelli
Photo: Flickr