Can we drink 700-800 TDS level water?
Water has a key function in supporting life on Earth. Our handling of water today significantly influences future generations. Even bottled mineral water may not always offer the purity we demand today. A simple glass of water can carry pollutants, toxins or hazardous compounds if not adequately cleaned. To completely understand water quality, we must understand Total Dissolved Solids and their permitted limitations in drinking water so that if we ever get a question, can we drink 700-800 TDS level water? We can answer properly.
What is TDS?
What is TDS? Total Dissolved Solids represents the total amount of dissolved chemicals in drinking water. These chemicals comprise inorganic salts and a little amount of biological stuff. Common salts in TDS include calcium, magnesium, sodium and potassium. Rocks and soil naturally introduce these minerals into water but human activities like agriculture, industrial processes and urban runoff can also add chemicals to water.
Allowable Limits of TDS in Drinking Water
Various factors contribute to TDS levels in drinking water, including natural minerals, sewage, industrial waste, urban runoff and water treatment chemicals. Water’s universal solvent qualities allow it to quickly dissolve and absorb numerous compounds leading to increased TDS levels.
High TDS levels while not necessarily hazardous can alter water’s taste and appearance. Water with high TDS may taste salty, harsh or metallic. Additionally, calcium and magnesium in TDS can generate hard water leading to scale accumulation in pipes and appliances.
The following breakdown illustrates TDS levels in water and their consumption suitability:
TDS Level (in ppm) Drinking Suitability
50-150 Excellent for drinking
150-250 Good
250-300 Fair
300-500 Poor, not ideal for drinking
Above 1200 Unacceptable
Can We Drink 700-800 TDS Water?
Experts consider drinking water with a TDS level between 50 and 200 mg/L optimal. They normally do not recommend taking water with higher TDS levels, like 700-800 mg/L or lower levels. Such high TDS water can have a saline or metallic flavour and lower TDS water is flat in taste making it unattractive. More importantly long-term intake of high-TDS water may offer dangers especially for persons with kidney difficulties or those on low-sodium diets.
TDS levels fluctuate based on the water source and local guidelines. What one place finds acceptable could be undesirable in another making regular testing and monitoring of your water quality important.
Why Is TDS Level Measured?
We measure TDS levels in water in parts per million (ppm) or milligrams per liter (mg/L). Experts typically recommend that drinking water should not exceed 300 ppm. Water becomes unsafe for drinking if the TDS level exceeds 1000 ppm due to the high concentration of dissolved chemicals which could injure the human body.
When TDS levels approach 2000 ppm even water purifiers may struggle to remove pollutants, creating a major health concern. A TDS meter helps detect the quantity of dissolved solids in water and ensures it stays below acceptable limits. Regular testing and monitoring of TDS levels can assist preserve water quality and safety.
Conclusion
Maintaining consistent TDS levels in your drinking water is important for your health. When TDS levels remain within safe limits, you should not worry about dangerous pollutants. Properly treated water will offer your body the required organic and inorganic minerals it needs to function efficiently.
If you have concerns about the TDS levels in your drinking water, seek Netsol Water’s expert assistance to ensure you and your family consume safe water. Testing and treatment facilities can help you keep your water at the proper TDS level for optimal health.
For any inquiries concerning water purity and how to obtain it, seek out professional help.
Contact Netsol Water at:
Phone: +91-965-060-8473 or Email: enquiry@netsolwater.com