Product Description
Swimming Pool Treatment Plant is treated by means of numerous purification steps. The water is first transported from swimming pools to a water cleansing plant. In the water cleansing plant, it will course through a hair evacuation channel, which expels crude contaminations, for example, hairs, mortars and leaves, from water. From that point onward, a flocculant makes littler colloids tie together. It can proficiently dispose of suspended issue, turbidity; broke up polluting influences to provide clear water to mechanical applications and drinking water necessities. The Swimming Pool Treatment Plant is of high speed and viable in air scouring.
Product details
| Brand | KI |
| Automation Grade | Semi-Automatic,Fully Automatic |
| Installation Type | Prefabricated |
| Inlet Flow Rate (cubic meter/hour) | 500 m3/hour,100 m3/hour,1000 m3/hour |
| Condition | New |
| Material | FRP |
| Voltage | 220 VAC and 415 VAC |
| Frequency | 50 Hz |
| Country of Origin | Made in India |
| Type Of Machines | Filteration |
| Installation Services Required | Yes |
Advanced Filtration TechnologyThese treatment plants combine multimedia, sand, and activated carbon filters to achieve high-efficiency filtration and sterilization, consistently maintaining pool water purity up to 99%. The automated or manual backwash features ensure the filters remain effective with less manual intervention, while pre-filtration minimizes larger impurities early in the process.
Customizable and Durable ConstructionClients can select from a range of robust materials, including FRP, MS, and SS for the plant body, and UPVC or SS for pipelines, ensuring durability against corrosion and chemical wear. The color can be customized to match aesthetic preferences, while the service life extends up to 10 years.
Efficient Operation and Eco-Friendly DesignWith a recycle rate of up to 98% and water conductivity control below 0.2 S/cm, these plants offer sustainable operation with minimum water wastage. The advanced PLC-controlled options and low-noise electric motor drive guarantee both energy efficiency and user-friendly maintenance.
FAQs of Swimming Pool Treatment Plants:
Q: How does the pre-filtration system improve the performance of the swimming pool treatment plant?
A: The pre-filtration step captures larger debris and particulates before the water passes through the main filters, reducing load on primary filters, prolonging their service life, and enhancing overall water purification efficiency.
Q: What control options are available for managing the treatment process?
A: You can choose between fully automated PLC-based controls or operate the system manually, depending on your facilitys requirements and preferred maintenance approach.
Q: When is it necessary to perform a backwash on the filters, and how is it done?
A: Backwash is typically performed based on pressure differential indicators or scheduled intervals. The plant supports both automatic and manual backwash, allowing for convenient filter cleaning without dismantling the system.
Q: Where can these swimming pool treatment plants be installed and used?
A: These plants are suitable for both residential and commercial pools, utilizing water from borewell or municipal sources, making them versatile for a range of installations in hotels, clubs, resorts, and private complexes.
Q: What is the typical service life of the pool treatment plant, and what factors influence it?
A: The treatment plants are designed for a service life of up to 10 years. Regular maintenance, water quality, materials chosen for construction, and operational care can all affect this longevity.
Q: How does the plant achieve high water purity and recycling rates?
A: The combination of multimedia, sand, and activated carbon filters, along with advanced sterilization, results in water purity up to 99%. Efficient recycling mechanisms allow up to 98% of water to be reused, minimizing wastage while maintaining conductivity levels below 0.2 S/cm.
Q: What are the main benefits of installing this swimming pool treatment plant?
A: Installing this system ensures reliable, low-noise, and efficient water purification, reducing chemical usage and water wastage. It enhances user comfort and safety, while its robust design minimizes maintenance costs and environmental impact.