LDI Electronic Water Purifier: An Efficient and Sustainable Solution Introduction: Access to clean and safe drinking water is a fundamental necessity for human health and well-being. In recent years, the demand for effective and sustainable water purification technologies has grown significantly. One such technology gaining attention is Liqui-Deionization(LDI). In this article, we will explore the features, advantages, and applications of LDI water purifiers, highlighting their potential as a solution for clean water provision.
Understanding LDI Technology: Liqui-Deionization(LDI) is an electrochemical process that removes ions and impurities from water. LDI systems consist of two electrodes, an anode, and a cathode, typically made of porous activated carbon. When an electric potential is applied, ions in the water are attracted and adsorbed onto the surface of the electrodes, effectively deionizing the water.
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Domestic Use: LDI Electronic Water Purifiers are suitable for households and can provide clean drinking water for daily consumption. Their compact size and ease of use make them a convenient option for residential settings.
Industrial and Commercial Applications: LDI technology is also well-suited for industrial and commercial applications, such as food and beverage production, pharmaceutical manufacturing, and water treatment in hotels and offices. The efficiency and cost-effectiveness of LDI make it an attractive choice for these sectors.
Off-grid and Emergency Situations: LDI Electronic Water Purifiers can be valuable in off-grid areas or during emergency situations where access to clean water is limited. Their energy efficiency and low maintenance requirements make them suitable for remote locations and emergency relief efforts.
Energy Efficiency: LDI technology is known for its energy efficiency. Compared to other water purification methods like Reverse Osmosis (RO), LDI requires significantly less energy, making it a cost-effective and environmentally friendly choice.
Reduced Water Waste: Unlike RO systems that generate substantial amounts of wastewater during purification, LDI systems produce minimal wastewater. This feature helps in water conservation and reduces the environmental impact of the purification process.
Fast Operation: LDI Electronic Water Purifiers offer a faster purification process. With shorter deionization times, LDI systems can provide purified water more quickly, making them suitable for applications where a high flow rate is required.
Longevity and Low Maintenance: LDI systems do not rely on semipermeable membranes like RO systems, which can become fouled and require regular replacement. This results in longer system lifespans and reduced maintenance requirements.
| Feature | Description |
|---|---|
| Body Material | Galvanized Powder Coated |
| Product Type | Drinking Water Purifier |
| Input TDS Max | 1500 PPM |
| Input TDS Min | I00 PPM |
| Water Recovery | Upto 80% (at time of purification) |
| Carbon Filter | 20", llOO Id Value |
| Sediment Filter | 20", 5 Micron |
| Electricity | 220 Volt (Upto 10 amp) |
| Auto Backwash Refill Tank | Every 150 Hours (Continuous Running) |
| Backwash Control Panel | Automatic Controller |
| TDS Control | Automatic/Manual |
| Dimensions | 625mm x 1280 mm x 665mm (WHD) |
| Power | 780 W/Hour* (Average with Pump) |
| Output Water Quality | Mineral Water Upto 100-300 (WHO Standard is 500 PPM) |
| Weight | 86 Kg (Approx) |
| Max Output Water | Upto 150 to 250 LPH (5000* LPD) |
| Operating Hours | 24 Hours |
| Feature | Description |
|---|---|
| Body Material | Galvanized Powder Coated |
| Product Type | Drinking Water Purifier |
| Input TDS Max | 1500 PPM |
| Input TDS Min | I00 PPM |
| Water Recovery | Upto 80% (at time of purification) |
| Carbon Filter | 20", llOO Id Value |
| Sediment Filter | 20", 5 Micron |
| Electricity | 220 Vac (Upto 5 amp) |
| Auto Backwash Refill Tank | Every 150 Hours (Continuous Running) |
| Backwash Control Panel | Automatic Controller |
| TDS Control | Automatic/Manual |
| Dimensions | 530mm x 1150mm x 450mm (WHD) |
| Power | 290* W/Hour (Average with Pump) |
| Output Water Quality | Mineral Water Upto 100-300 (WHO Standard is 500 PPM) |
| Weight | 52 Kg (Approx) |
| Max Output Water | Upto 70 to 100 LPH (2000* LPD) |
| Operating Hours | 24 Hours |
| Feature | Description |
|---|---|
| Body Material | Galvanized Powder Coated |
| Product Type | Drinking Water Purifier |
| Input TDS Max | 1500 PPM |
| Input TDS Min | I00 PPM |
| Water Recovery | Upto 80% (at time of purification) |
| Carbon Filter | 20", llOO Id Value |
| Sediment Filter | 20", 5 Micron |
| Electricity | 220 Vac (Upto 5 amp) |
| Auto Backwash Refill Tank | Every 150 Hours (Continuous Running) |
| Backwash Control Panel | Automatic Controller |
| TDS Control | Automatic/Manual |
| Dimensions | 525mm x 870mm x 455mm (WHD) |
| Power | 170* W/Hour (Average with Pump) |
| Output Water Quality | Mineral Water Upto 100-300 (WHO Standard is 500 PPM) |
| Weight | 42 Kg (Approx) |
| Max Output Water | Upto 35 to 50 LPH (1000* LPD) |
| Operating Hours | 24 Hours |