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In the Ampahana area of the Sava Region, Madagascar, water quality is an essential concern for local residents and authorities. The region's water supply, primarily sourced from natural springs and rivers, exhibits variability in quality due to both natural and human influences. Understanding these factors is crucial to ensure safe and reliable access to potable water for the community.
Source: The primary sources of water in Ampahana include rivers, lakes, and underground aquifers. These sources are susceptible to contamination from agricultural runoff, industrial activities, and inadequate waste management practices, which can introduce harmful bacteria and pollutants into the water supply.
Testing: Regular water quality testing is vital to monitor and ensure safety. Unfortunately, in Ampahana, the frequency and scope of such testing may be limited due to logistical and financial constraints, potentially leaving harmful contaminants undetected for extended periods.
Standards: Water quality in the region is measured against national and international standards, which include acceptable levels for various contaminants such as nitrates, heavy metals, and bacteria. The presence of harmful substances beyond these permissible levels poses significant health risks to the population.
Water Hardness: While not inherently harmful, hard water is prevalent in the region, characterized by high concentrations of calcium and magnesium. This affects not only domestic chores, like washing, but can also lead to the buildup of scale in plumbing systems, potentially impacting water supply infrastructure.
Concerns: The principal concerns regarding water quality in Ampahana relate to the health impacts of consuming contaminated water, which can lead to diseases such as cholera and dysentery, particularly among vulnerable groups such as children and the elderly.
Given the challenges associated with water quality in Ampahana, it is recommended that residents consider the use of water filters and softeners as a precautionary measure. Filters are effective in removing sediments, pathogens, and certain chemicals, significantly reducing the health risks associated with tainted water. Meanwhile, water softeners can address issues related to hard water, enhancing the longevity of household appliances and making daily activities more manageable. Implementing these solutions can empower the community, providing safer and more reliable access to clean water and contributing to overall public health improvements.
Contact Your Local Elected Official & Water Supply Company
One of the best ways for cleaner water is to talk to elected officials who have a say in water quality. Ask questions and demand actionable plans for healthier water.
Check out different water filters to protect your water against the detected contaminants.
Types of filters | GAC & Carbon | Micro filter | Ultra filter | Nano filter | Reverse Osmosis filter |
Particle size filtered | > 10 Microns | 10 to 0.1 Microns | 0.1 to 0.01 Microns | 0.01 to 0.001 Microns | < 0.0001 Microns |
Common Suspended Compounds | |||||
Sediments | |||||
Pollen | |||||
Giardia Cysts | |||||
Bacteria, Algae | |||||
Yeast Cells | |||||
Asbestos fibers | |||||
Blue Indigo Dye | |||||
Cryptosporidium | |||||
MicroPlastics | Some | ||||
PFAs -polyfluoroalkyl substances | Some | ||||
Arsenic, Lead, Cadmium, Mercury | |||||
Haloacetic acids (HAA5/HAA9) | |||||
Total trihalomethanes (TTHMs) | |||||
Viruses | Some | ||||
Colloidal Silica | Some | ||||
Common Dissolved solids | |||||
1,1-Dichloroethane | |||||
Tetrachloroethylene (perchloroethylene) | |||||
Trichloroethylene | |||||
Pesticides and Herbicides | Some | Some | |||
Synthetic Dyes | |||||
Bromide | Some | Some | Some | Some | |
Bromochloromethane | Some | Some | Some | Some | |
Hardness | Some | ||||
Aqueous Salts | Some | ||||
Endocrine disruptors | Some | ||||
Nitrate & nitrite | Some | ||||
1,4-Dioxane | Some | ||||
Aluminum | Some | ||||
Barium | Some | ||||
Chromium (total) | Some | ||||
Fluoride | Some | ||||
Manganese | Some | ||||
Molybdenum | Some | ||||
Selenium | Some | ||||
Strontium | Some | ||||
Trichlorofluoromethane | Some | ||||
Uranium, combined (pCi/L) | Some | ||||
We have developed the TDSBot, an inexpensive IOT device that monitors, in real time, the Incoming and Outgoing TDS levels, temperature, flow rate and cumulative volume of water filtered. Easy to install, it works with all water purifiers including, sediment, GAC, Carbon, Micro, Ultra, Nano and Reverse Osmosis water filters. Key benefits:
TDSBot can be installed on water purifiers from Pentair, Culligan, 3M, Brita, BWT, iSpring, and most other brands. Supports sediment, GAC, Micro, Ultra, Nano and Reverse osmosis filters. It can remotely monitor filters attached to Coffee machines, Ice makers, soda fountains, water dispensers, ovens, laundry & dish washing, car wash found at Cafes, convenient stores, healthcare facilities, hotels, offices, restaurants, colleges, schools, hydroponic systems, and many more.
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