About Battery Distilled Water Plant
Battery Water Plant:-
Battery Water plant (Chemical base) plant design base your raw water test report.
Water use for battery,Lab,Hospital etc
plant cost & flow rate depend on your raw water quality. plant operation very easy without power consumption only chemical use for chemical activation.
Product details
| Brand | SESDM2 |
| Water Source | Borewell Water |
| OBR | depend water quality |
| Automation Grade | Semi-Automatic |
| Capacity Inlet Flow Rate | 200 to 250lph |
Advanced Distillation TechnologyUtilizing state-of-the-art distillation methods, our plant efficiently removes impurities to achieve water with less than 10 ppm conductivity. The FRP structure ensures durability and corrosion resistance, while the electric drive provides consistent performance. Suitable for automotive and industrial battery maintenance, this plant is engineered for reliability and purity.
Robust Construction and User-Friendly OperationConstructed from high-quality FRP, the Battery Distilled Water Plant resists chemical degradation and guarantees long-term operation. The semi-automatic control system makes the plant easy to operate, requiring minimal technical expertise. It is ideal for use in industrial and laboratory settings where precise water purity is crucial.
FAQs of Battery Distilled Water Plant:
Q: How does the Battery Distilled Water Plant ensure water purity below 10 ppm conductivity?
A: The plant utilizes an advanced distillation process paired with filtration to effectively remove dissolved solids and ions, resulting in water with conductivity less than 10 ppm, suitable for sensitive battery applications.
Q: What material is used for construction and why is FRP preferred?
A: The plant is constructed from Fiber-Reinforced Plastic (FRP), chosen for its excellent resistance to corrosion, chemical attack, and durability, ensuring longevity in demanding industrial environments.
Q: When should the distilled water produced be used for battery maintenance?
A: It is recommended to use distilled water from the plant when the battery water levels drop, during routine maintenance, or as specified by battery manufacturers to prevent contamination and extend battery life.
Q: Where can this plant operate given its specifications?
A: The plant operates optimally in industrial, commercial, and laboratory environments with access to pure water and a 220V electric supply, making it versatile for various applications across India.
Q: What is the process involved in recycling 200 liters of water in this plant?
A: The system processes up to 200 liters in each cycle, filtering input water with up to 200 ppm conductivity through semi-automatic distillation, ensuring high purity output ready for battery use.
Q: How is the semi-automatic grade beneficial for operators?
A: Semi-automatic operation enables easy control and monitoring while reducing manual intervention, making the plant both efficient and user-friendly for daily operations.
Q: What are the key usage benefits of using distilled water from this plant for batteries?
A: Using high-purity distilled water prevents mineral buildup and electrode damage, which enhances battery performance, extends life, and reduces maintenance costs over time.