Tata 30" × 72" Vessel Iron Removal Filtration Plant (6000–8000 LPH)

Product Description

The Tata 30" × 72" Iron Removal Filtration Plant is a high-performance water treatment system designed to remove excess iron, suspended solids, turbidity, color, and unpleasant taste and odor from groundwater. The plant is suitable for domestic, commercial, industrial, institutional, and agricultural applications where iron contamination is present.

The system is built using a heavy-duty 30-inch diameter × 72-inch height FRP pressure vessel with top and bottom openings, ensuring easy media loading, unloading, and maintenance. The vessel is corrosion-resistant, lightweight, and engineered for long service life under continuous operation.

Features

• High iron removal efficiency
• Heavy-duty FRP pressure vessel
• Rust-proof and corrosion-resistant construction
• Top and bottom opening for easy media replacement
• Long service life with minimal maintenance
• High filtration capacity
• Suitable for continuous operation
• Easy installation and operation
• Low operating cost
• Excellent hydraulic performance

Applications

• Residential apartments
• Commercial buildings
• Hotels and resorts
• Hospitals
• Schools and colleges
• Industrial process water
• Food processing units
• Dairy plants
• Pharmaceutical industries
• Agriculture and irrigation
• Borewell and groundwater treatment

Typical Filtration Process

Raw Water → Feed Pump → Iron Removal Filter → Treated Water Storage

(Optional: Pressure Sand Filter → Activated Carbon Filter → Water Softener → UV/Chlorination, depending on water quality.)

Benefits

• Removes dissolved and oxidized iron
• Reduces yellow, brown, and reddish water stains
• Eliminates metallic taste and odor
• Protects pipelines, pumps, and plumbing fixtures
• Improves water clarity and quality
• Extends the life of downstream water treatment equipment
• Cost-effective and reliable performance

Suitable Raw Water

The plant is recommended for groundwater containing elevated iron levels. Final media selection and system configuration should be based on a raw water quality analysis.