DuPont™ IntegraTec™ XTP 100 IG Ultrafiltration Module for Industrial Water, Wastewater Reuse and RO/NF Pretreatment | High-Flux, Fouling-Resistant PVDF Membrane

Product Description

High-Throughput Ultrafiltration for Demanding Industrial Water Applications

The DuPont™ IntegraTec™ XTP 100 IG is a high-performance ultrafiltration module engineered for applications requiring increased water throughput within a controlled system footprint. Designed for industrial utility water, industrial wastewater reuse, municipal wastewater filtration, and reverse osmosis or nanofiltration pretreatment, it combines high-flux operation with reliable contaminant removal and long-term membrane durability.

At the core of the module is DuPont’s proven XTP hydrophilic PVDF hollow-fiber membrane technology. Featuring a nominal pore size of 0.03 μm, the membrane provides high removal of colloidal particles, bacteria, and viruses, helping deliver consistent filtrate quality and reduce contaminant loading on downstream treatment processes.

The XTP membrane delivers excellent filtration permeability, with a design flux up to 20% higher than conventional ultrafiltration modules. Combined with 100 m² (1,076 ft²) of active membrane area, this higher-flux design helps treatment facilities increase productivity while controlling plant footprint and installed membrane capacity.

Built for Reliable, Efficient Operation

Superior fouling management and chlorine resistance help the XTP 100 IG maintain dependable performance under challenging feedwater and cleaning conditions. Its durable PVDF fibers are designed to withstand long-term operation, while air-scour-assisted backwashing supports efficient solids removal and high operating recovery.

The module also supports an optimized maintenance-cleaning strategy that can help reduce chemical consumption and routine maintenance requirements. Robust wetted materials further contribute to long service life in demanding municipal and industrial environments.

For new treatment plants, capacity expansions, and upgrades to existing ultrafiltration systems, the IntegraTec™ XTP 100 IG provides a practical combination of high throughput, compact design, operational flexibility, and reliable downstream membrane protection.

Key Product Advantages

• High-flux XTP membrane technology: Offers a design flux up to 20% higher than conventional UF modules

• 100 m² active membrane area: Maximizes filtration productivity within a controlled system footprint

• Proven hydrophilic PVDF fibers: Combine excellent permeability with dependable long-term durability

• Superior fouling management: Helps maintain stable throughput under challenging feedwater conditions

• High chlorine resistance: Supports effective maintenance cleaning and demanding operating cycles

• Reliable contaminant removal: Provides high log removal of colloidal particles, bacteria, and viruses

• High operating recovery: Air-scour-assisted backwashing supports effective membrane cleaning and efficient water production

• Lower chemical demand: Optimized maintenance-cleaning protocols can help reduce chemical consumption

• Effective RO/NF pretreatment: Reduces particulate, colloidal, and microbial loading on downstream membranes

• Durable module construction: Robust wetted materials support long service life

• Low-maintenance operation: Designed to simplify routine operation and membrane care

Recommended Applications

• Industrial utility water treatment

• Industrial process water production

• Industrial wastewater recycling and reuse

• Municipal wastewater filtration

• Reverse osmosis pretreatment

• Nanofiltration pretreatment

• High-throughput ultrafiltration plants

• Water treatment systems with footprint constraints

Product Summary

The DuPont™ IntegraTec™ XTP 100 IG is a high-flux industrial ultrafiltration module designed for utility water treatment, wastewater reuse, municipal wastewater filtration, and RO/NF pretreatment. It uses a 0.03 μm hydrophilic PVDF hollow-fiber membrane to remove colloidal particles and achieve high log reduction of bacteria and viruses. With 100 m² (1,076 ft²) of active membrane area and a design flux up to 20% higher than conventional UF modules, the XTP 100 IG delivers increased water throughput within a controlled treatment footprint. Its fouling resistance, chlorine tolerance, durable construction, and efficient backwashing capability make it suitable for demanding industrial and municipal water treatment systems.

FAQ Content

What is the DuPont™ IntegraTec™ XTP 100 IG used for?

The IntegraTec™ XTP 100 IG is designed for industrial utility water treatment, industrial wastewater recycling and reuse, municipal wastewater filtration, and pretreatment before reverse osmosis or nanofiltration systems.

What makes the XTP 100 IG a high-throughput ultrafiltration module?

The module combines 100 m² of active membrane area with XTP hydrophilic PVDF membrane technology. Its design flux is up to 20% higher than that of conventional ultrafiltration modules, enabling greater water production while maintaining a controlled system footprint.

What membrane technology does the XTP 100 IG use?

It uses hydrophilic PVDF hollow-fiber membranes with a nominal pore size of 0.03 μm. This membrane technology provides excellent permeability, effective fouling management, chlorine resistance, and long-term durability.

What contaminants can the XTP 100 IG remove?

The membrane provides high removal of colloidal particles and high log reduction of bacteria and viruses. Actual removal performance depends on feedwater characteristics, system design, membrane integrity, and operating conditions.

Why is the XTP 100 IG suitable for RO and NF pretreatment?

The module reduces colloidal, particulate, and microbial contaminants before feedwater reaches downstream RO or NF membranes. This helps control membrane fouling and supports more stable downstream operation.

How does the XTP 100 IG help reduce operating costs?

Its high permeability and active membrane area support increased productivity, while fouling resistance, air-scour-assisted backwashing, and optimized maintenance cleaning can help reduce cleaning frequency, chemical consumption, and routine maintenance requirements.

Is the stated filtration capacity guaranteed?

No. Published flux and flow values should be treated as operating or design references rather than guaranteed production rates. Actual capacity depends on feedwater quality, temperature, pretreatment, recovery targets, cleaning strategy, and site-specific operating conditions.