Iron Removal Plant for College ( 3000 Students)
Original price was: ₹596,000.00.₹496,000.00Current price is: ₹496,000.00.
Description
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Water Sparks® Iron Removal Plant for College (3000 Students)
An Water Sparks® Iron Removal Plant for a College (3000 Students) is a centralized water treatment system designed to remove excessive iron from the water supply used across the entire campus. Educational institutions consume large volumes of water every day for drinking stations, washrooms, cafeterias, laboratories, hostels, and staff facilities. A 50,000 LPD iron removal plant ensures that all these outlets consistently receive clean, iron-free water.
Unlike small point-of-use filters, this system treats water at a central point, making it an ideal solution for colleges that depend on borewell or municipal water sources with high iron content.
Why Colleges Need an Iron Removal Plant
Water with high iron levels can create several operational and hygiene issues across large campuses. Common problems include:
- Metallic taste in drinking water
- Brown or reddish stains on sinks, taps, and toilets
- Discolouration of uniforms and clothes during washing
- Blockage and scaling in pipelines
- Reduced the efficiency of geysers, water coolers, and dispensers
- Residue or particles visible in stored water
In a college environment with thousands of students, these issues can quickly affect hygiene standards, increase maintenance requirements, and create an unpleasant experience for both students and staff.
High-Capacity Treatment for Continuous Water Demand
A Water Sparks® 50,000 LPD iron removal system is engineered to handle the heavy water consumption typical in large educational campuses. With a product weight of approximately 1070 kg, the system is built using durable industrial-grade components suitable for long-term institutional use.
The plant supplies treated water to:
- Drinking water stations
- Hostel and washroom facilities
- Kitchens and cafeterias
- Staff rooms and administrative areas
- Campus maintenance and cleaning operations
This centralized approach ensures uniform water quality throughout the campus.
Advanced Iron Removal Process
The system removes iron using a multi-stage treatment process designed for efficiency and reliability:
- Aeration: Introduces oxygen to convert dissolved iron into removable particles
- Oxidation: Accelerates the conversion of iron into a filterable form
- Specialized filtration media: Captures iron particles and other impurities
This process effectively eliminates both dissolved and oxidized iron, resulting in clear, fresh, and stain-free water.
Long-Term Benefits for Colleges
Installing an Iron Removal Plant for a College (3000 Students) provides several long-term advantages:
- Protects pipelines, storage tanks, and fixtures from iron deposits
- Prevents stains on sanitary fittings and laundry
- Improves the taste and clarity of drinking water
- Reduces maintenance and repair costs
- Ensures better hygiene standards across the campus
- Provides reliable water quality for thousands of students daily
By investing in a 50,000 LPD iron removal plant, colleges can maintain a clean, healthy, and comfortable campus environment while ensuring dependable water quality for years to come.
Additional information
| Dimensions | 2500 × 1500 × 2500 mm |
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FAQs
Frequently Asked Questions
Why does the water taste metallic or leave brown stains?
A metallic taste or brown stains in water usually occur when excess iron is present in the water supply. When this iron comes in contact with air, it oxidizes and forms reddish-brown particles that can stain sinks, taps, and storage tanks. Over time, this can also affect the taste and clarity of drinking water.
Can a 50,000 LPD iron removal plant fully remove iron from the college water supply?
Yes, a 50,000 LPD iron removal plant is designed to treat large volumes of water and significantly reduce iron levels before the water is distributed across the campus. With proper operation and maintenance, it can provide clear, iron-free water for drinking stations, hostels, washrooms, and other college facilities.
What treatment processes are used in the iron removal plant?
The iron removal plant typically uses a multi-stage treatment process that includes aeration, oxidation, and specialized filtration. These stages convert dissolved iron into solid particles, which are then filtered out, resulting in clear, iron-free water for campus use.
What are the installation and space requirements for this system?
A 50,000 LPD iron removal plant is typically installed in a dedicated utility or treatment area near the main water inlet or sump. It requires sufficient space for the filtration units, piping connections, and access for maintenance, usually within a well-ventilated service room or outdoor plant area.
Are borewells or municipal sources usually the culprit of brown water?
Yes, brown water is often caused by high iron content in borewell water or occasionally from municipal supply passing through old iron pipelines. When this iron reacts with oxygen, it forms reddish-brown particles that can discolour the water and stain fixtures.
What is the difference between an iron water filter vs iron removal plant?
An iron water filter is usually a smaller unit installed at a single tap or a small section of the plumbing, designed to treat limited amounts of water.
An iron removal plant, on the other hand, is a centralized system installed at the main water inlet, capable of treating large volumes of water and supplying iron-free water across the entire building or campus.
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