+91 9980469761
+91 9538872333
sales@aquaprotectindia.com
Material | SS-304 |
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Treated Water Storage Tank | SS-304-300 Litters |
Operation Mode | Fully Automatic |
Display Type | Digital |
Number Of Dispensing Valves | 2 |
Purification Method | RO + UV |
Stages Of Purification | With 6 stage Purification along with Ultra Filtration |
Suitable Places | School - Colleges - Public Places |
Product Water Capacity | 250 LPH and 500 LPH |
Additional Features | We can ADD Coin / Cord System |
Material | SS-304 / MS Cabinet |
---|---|
Treated Water Storage Tank | SS-304-300 Litters |
Operation Mode | Fully Automatic |
Display Type | Digital |
Number Of Dispensing Valves | 2 |
Purification Method | RO + UV |
Stages Of Purification | With 6 stage Purification along with Ultra Filtration |
Suitable Places | School - Colleges - Public Places |
Product Water Capacity | 100 or 250 LPH and 500 LPH |
Additional Features | We can ADD Coin / Cord System |
Purification Capacity | 100 – 2000 LPH |
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Water Chiller | 60 – 2000 LTR |
Water Dispensing Panel | Buttons |
Outer Covering | Stainless Sheet |
Input Water Source | Ground / Municipal / Other |
Type of Installation | Floor |
Power Source | Electrical / Solar |
Storage Tanks | Stainless Steel |
Location | Public Place |
The Community RO Water Project is an initiative aimed at providing safe, clean, and affordable drinking water to the residents of [Village/Town/Community Name], where the existing water sources are either contaminated, saline, or unfit for direct consumption due to high Total Dissolved Solids (TDS), microbial impurities, or chemical pollutants such as fluoride, arsenic, or nitrates.
To address this issue, a centralized Reverse Osmosis (RO) water purification plant will be established within the community. This system will purify raw water sourced from an underground bore well or local supply through a multi-stage filtration process, making it safe for drinking and cooking purposes.
The project focuses on improving public health, reducing waterborne diseases, and ensuring sustainable access to clean water for all residents, especially vulnerable groups like children, the elderly, and low-income families.
This project provides a replicable and scalable model for community water access in rural and semi-urban areas. With a proper O&M model and minimal user contribution, the system is financially sustainable and socially impactful.