Description
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WaterSparks 1000 LPD Iron Removal Plant
The 1000 LPD Iron Removal Plant is a high-performance water treatment system designed to remove excess iron from borewell water, overhead tanks, and community water supplies. With a treatment capacity of 1000 litres per day, this system is ideal for apartments, schools, small-scale industries, hotels, and healthcare facilities that require continuous, iron-free water. It ensures clear, odor-free, and safe water for daily operations.
Problems Caused by High Iron in Water
Excess iron in water leads to multiple visible and hidden issues, such as:
- Reddish-brown or yellow discolouration of water
- Rust stains on sinks, tiles, and sanitary fittings
- Yellow stains on clothes during washing
- Metallic taste and unpleasant odour in water
- Iron deposits clogging pipelines and storage tanks
Over time, iron buildup can damage plumbing systems, reduce appliance efficiency, and increase maintenance costs.
Impact on Homes & Institutions
Iron-contaminated water affects both domestic and commercial environments:
- Homes experience stained bathrooms and poor-tasting water
- Schools require clean water to maintain student hygiene and health
- Hospitals need iron-free water for patient care and equipment safety
- Hotels face guest complaints due to stained fixtures and rusty taste
Installing a reliable iron filtration system ensures consistent water quality across all applications.
Advanced Iron Removal Technology
The 1000 LPD Iron Removal Plant works through a multi-stage filtration process that includes:
- Oxidation to convert dissolved iron into removable particles
- Specialized filtration media to trap iron sediments
- Post-filtration polishing for clear and fresh water
This advanced process ensures effective removal of both dissolved and suspended iron.
Long-Term Protection & Benefits
With proper installation, the system protects plumbing, extends appliance life, and prevents recurring stains. It improves water clarity, taste, and overall usability. The 1000 LPD Iron Removal Plant is a dependable, efficient solution for removing iron and ensuring safe, clean water for residential and institutional use.
An iron removal plant is a type of water treatment unit specifically designed to eliminate excess iron content from water sources, such as borewells, overhead tanks, and community water supply systems. Excessive iron causes not just the taste and color of water to be affected but also long-term plumbing, utensil, tile, and clothing damage. A 1000 LPD Iron Removal Plant is ideal for large-scale applications where high water consumption requires continuous purification. For smaller needs, options such as an iron removal filter for the home or an iron removal filter for an overhead tank are commonly installed to ensure safe and clean water at the household level.
The problems caused by iron in water are widespread. High iron water is usually reddish-brown or yellow in colour and stains tiles, sinks, and laundry. It may impart a rusty taste to drinking water, make it smell bad, and produce rust deposits in pipes and storage tanks. In schools, the issue may impact the health and cleanliness of children, hence an iron removal plant school is essential. Similarly, healthcare facilities need a Centralised iron removal plant to provide safe water for patients, sterilise equipment, and prepare food. Hotels also face customer dissatisfaction due to stained bathrooms and metallic-tasting water, which can be solved by an iron removal plant for hotels.
The best solution to these challenges is installing a well-designed iron filtration system. A 1000 LPD Iron Removal Plant provides mass purification with the elimination of iron and other impurities. At home, an iron removal filter for the home or an iron removal filter for the overhead tank maintains drinking water quality and protects household utilities against damage. For institutional and commercial requirements, an iron removal plant for schools, a Centralized iron removal plant for a hospital, or an iron removal plant for hotels guarantees safe, odor-free, and clear water for every use.
Additional information
| Weight | 194 kg |
|---|---|
| Dimensions | 1300 × 700 × 1600 mm |
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FAQs
Frequently Asked Questions
How does the 1000 LPD Iron Removal Plant convert “clear” borewell water into iron-free water?
Although borewell water may look clear initially, it often contains dissolved iron that becomes visible after oxidation. The plant first oxidises the dissolved iron into solid particles, then filters them out using specialised media. This process ensures the water becomes truly clear, stain-free, and iron-free before use.
Will this system eliminate the metallic smell and “rotten egg” odor from my tap water?
Yes, the system is designed to address both metallic smells caused by excess iron and the “rotten egg” odor linked to hydrogen sulfide. Through oxidation and specialized filtration, it removes these contaminants at the source. The result is fresher, cleaner-smelling water from every tap.
Is the 1000 LPD capacity suitable for an independent villa or a small apartment unit?
Yes, a 1000 LPD plant is generally well-suited for an independent villa or a small apartment unit with moderate daily water usage. It provides enough treated water for regular household needs while ensuring consistent iron-free supply throughout the day.
How often does the filter media require backwashing to maintain optimal pressure?
Backwashing frequency typically depends on the iron load and daily water consumption, but in most cases, it is required once every few days to maintain proper flow and pressure. Regular backwashing prevents media clogging and ensures the system continues to perform efficiently.
Does this plant require any electricity or chemical dosing (like chlorine) to remove iron?
The core iron removal process mainly works through oxidation and specialized filtration media, so it does not rely heavily on continuous chemical dosing. However, depending on water quality, minimal electrical components or controlled dosing (such as chlorine for pre-oxidation) may be recommended to enhance efficiency and ensure consistent results.
Can this system be installed directly after the borewell pump, but before the overhead tank?
Yes, the system is typically installed right after the borewell pump and before the overhead tank. This ensures that iron is removed at the entry point, so only clean, treated water is stored and circulated throughout the building. It also helps prevent stains, sludge buildup, and pipe clogging inside the tank.
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