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Pretreatment Solutions

Ultrafiltration Systems GM-UF

Advanced membrane filtration with guaranteed SDI < 3 output

Product Overview

Our Ultrafiltration System (GM-UF) utilizes advanced membrane-based filtration technology driven by hydrostatic pressure to effectively remove suspended solids, turbidity, bacteria, and high molecular weight solutes from feed water.

Featuring patented Multibore membrane technology, the GM-UF system delivers consistent, high-quality output with guaranteed SDI < 3, making it the ideal pre-treatment solution for reverse osmosis systems.

With compact skid-mounted design, automatic backwash cycles, and chemical sanitization capability, our UF systems offer plug-and-play installation with minimal maintenance requirements.

Key Features

System in Action

Continuous soft water supply with zero downtime operation

Ultrafiltration Systems GM-UF

Advanced membrane filtration with guaranteed SDI < 3 output

Technical Specifications
Technology Hydrostatic pressure membrane filtration
Membrane Type Multibore hollow fiber
Capacity Range 500 LPH to 20,000 LPH
Filtration Rating 0.01 - 0.1 micron
SDI Output < 3 (guaranteed)
Turbidity Removal > 99%
Bacteria Removal > 99.9%
Construction uPVC or SS316L
Backwash Automatic (air + water)
Sanitization Chemical (chlorine/peroxide)

For Custom Specifications do get in touch with us at support@gmwater.in

Process Flow

Simple and efficient ultrafiltration process

Feed Water

Raw water inlet

UF Filtration

Membrane separation

Permeate

Clean filtered water

Backwash

Automatic cleaning

Key Benefits

Removes suspended solids, turbidity, bacteria, and high molecular weight solutes effectively

Guarantees SDI < 3 protecting expensive RO membranes from fouling and extending life

Energy efficient with automatic cleaning cycles reducing chemical and labor costs

Robust membrane design with automatic backwash requires minimal operator intervention

Protect Your RO Investment with UF Pre-treatment

Guaranteed SDI < 3 output for optimal RO performance and extended membrane life