EPA Standards Miss Many Chemicals in Drinking Water, Study SaysMore
Curug, Banten, Indonesia is a picturesque area known for its lush landscapes and abundant water sources. However, the water quality in this region poses significant challenges to local residents and environmentalists alike. The health and safety of the community are at the forefront of concerns, requiring concerted efforts to address the quality of water supplied to households and industries within the area.
The primary water quality issues in Curug stem from a combination of natural and anthropogenic factors.
Source: The primary sources of water in Curug include rivers, wells, and rainwater. Unfortunately, these sources are subject to pollution from agricultural runoff, industrial waste, and domestic sewage, resulting in water contamination that affects both human health and the ecosystem.
Testing: Regular testing of water samples from various locations helps in determining the levels of contaminants such as bacteria, nitrates, heavy metals, and pesticides. However, the existing infrastructure for conducting comprehensive water testing needs significant improvement to ensure more accurate and frequent assessments.
Standards: The local water quality standards often fall short of international benchmarks, making it imperative for the authorities to revise and enforce stringent guidelines to ensure that potable water is free from harmful substances.
Water Hardness: Water hardness, largely due to high concentrations of calcium and magnesium compounds, is another common issue affecting the water in Curug. Hard water not only impacts domestic appliance efficiency but can also lead to scale buildup in pipelines, thereby affecting the overall water supply infrastructure.
Concerns: Residents have expressed serious concerns regarding the presence of contaminants such as lead and arsenic, which pose substantial health risks when consumed over prolonged periods. Moreover, the aesthetic properties of water, including taste, color, and odor, are often compromised, further affecting public confidence in water safety.
To counter these pressing issues and improve water quality, the use of advanced water filtration and softening systems is strongly encouraged. These systems can effectively remove impurities and adjust mineral content, ensuring cleaner and safer water for everyday use. Local government bodies, in collaboration with environmental organizations, are called upon to support and subsidize the implementation of water treatment solutions, thereby promoting a healthier community and preserving the natural habitat. By adopting such measures, Curug can pave the way for sustainable water management practices, essential for the well-being of its residents and the environment at large.
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 | ||||
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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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