Ultrafiltration (UF)
DuPont™ IntegraTec™ XTP 100 IP IG Ultrafiltration Module for Industrial Water, Wastewater Reuse and RO/NF Pretreatment | High-Flux, Fouling-Resistant PVDF Membrane
Product DescriptionHigh-Throughput Ultrafiltration for Industrial Water and Wastewater ApplicationsThe DuPont™ IntegraTec™ XTP 100 IP IG is a high-performance, pressurized ultrafiltration module engineered for industrial utility water, industrial wastewater reuse, municipal wastewater filtration,
Product Description
High-Throughput Ultrafiltration for Industrial Water and Wastewater Applications
The DuPont™ IntegraTec™ XTP 100 IP IG is a high-performance, pressurized ultrafiltration module engineered for industrial utility water, industrial wastewater reuse, municipal wastewater filtration, and RO/NF pretreatment. Combining high water throughput with a controlled system footprint, it provides a reliable and scalable solution for industrial and municipal water treatment facilities.
Built with DuPont’s proven XTP hydrophilic PVDF hollow-fiber membrane, the module delivers excellent permeability, effective fouling management, and strong chlorine resistance. Its 0.03 μm nominal pore size supports high log removal of colloidal particles, bacteria, and viruses, helping protect downstream processes and maintain consistent filtrate quality.
With 100 m² (1,076 ft²) of active membrane area, the XTP 100 IP IG maximizes productivity within a compact rack configuration. Its design flux is 20% higher than that of conventional ultrafiltration modules, enabling facilities to increase treatment capacity while managing space and infrastructure requirements.
Designed for Efficient, Scalable Water Treatment
The optimized module design features an innovative end cap that allows direct coupling within DuPont™ IntegraPac™ IP skids. This simplifies rack assembly and makes future capacity expansion more straightforward.
High tolerance to air scouring supports efficient backwashing and high operating recovery, while DuPont’s maintenance-cleaning protocol helps reduce chemical consumption. Robust wetted components and durable PVDF membrane fibers are designed to provide dependable long-term performance with low routine maintenance.
Whether used to treat industrial process water, recover wastewater, filter municipal effluent, or protect downstream reverse osmosis and nanofiltration systems, the IntegraTec™ XTP 100 IP IG offers the productivity, durability, and operational flexibility required by demanding water treatment facilities.
Key Product Advantages
20% higher design flux: Delivers greater productivity than conventional UF modules
Large active membrane area: Provides 100 m² of filtration area in a controlled footprint
Advanced PVDF hollow fibers: Combine high permeability with long-term mechanical and chemical durability
Effective fouling management: Hydrophilic membrane properties help maintain stable filtration performance
Strong chlorine resistance: Supports effective maintenance cleaning and demanding operating conditions
Reliable contaminant removal: Provides high log removal of colloidal particles, bacteria, and viruses
High operating recovery: Air-scour-assisted backwashing supports efficient water production
Reduced chemical consumption: Optimized maintenance-cleaning procedures help lower chemical requirements
Scalable rack integration: Direct module coupling simplifies installation and system expansion
RO/NF membrane protection: Reduces particulate and microbial loading before downstream membrane treatment
Low-maintenance operation: Robust materials and an optimized module structure support long service life
Recommended Applications
Industrial utility water treatment
Industrial wastewater recycling and reuse
Municipal wastewater filtration
Reverse osmosis pretreatment
Nanofiltration pretreatment
Process water clarification
High-throughput rack-mounted ultrafiltration systems
Technical Specifications
| Parameter | Specification |
|---|---|
| Product model | DuPont™ IntegraTec™ XTP 100 IP IG |
| Part number / GMID | 42000353 |
| Filtration configuration | Pressurized, outside-in |
| Membrane type | Hollow fiber |
| Membrane material | Hydrophilic PVDF |
| Nominal pore size | 0.03 μm |
| Operating process | Dead-end filtration |
| Active membrane area | 100 m² / 1,076 ft² |
| Maximum filtration flux | 110 L/m²/h / 64.5 gfd |
| Maximum filtration flow | 11.0 m³/h / 48.4 gpm |
| Typical filtration TMP | 0.4–1.5 bar / 5.8–21.8 psi |
| Typical backwash TMP | 0.4–1.5 bar / 5.8–21.8 psi |
| Backwash method | Air scour with liquid backwash |
| Operating temperature | 1–40°C / 34–104°F |
| Operating pH | 2–11 |
| Cleaning pH | 2–12 |
| Maximum inlet pressure | 6.25 bar at 20°C / 90.7 psi |
| Maximum particle size | 300 μm |
| Overall module length | 2,491 ± 3 mm / 98.1 ± 0.1 in |
| Module diameter | 225 mm / 8.9 in |
| Empty weight | 66 kg / 146 lb |
Summary
The DuPont™ IntegraTec™ XTP 100 IP IG is an 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 and provides 100 m² of active filtration area. Compared with conventional UF modules, it supports a 20% higher design flux, with a maximum filtration flow of 11.0 m³/h. Its fouling resistance, chlorine tolerance, scalable rack design, and air-scour-assisted backwashing make it suitable for high-throughput water treatment systems requiring reliable performance and a controlled footprint.
FAQ Content
What is the DuPont™ IntegraTec™ XTP 100 IP IG used for?
The XTP 100 IP IG is designed for industrial utility water, industrial wastewater reuse, municipal wastewater filtration, and pretreatment before reverse osmosis or nanofiltration systems.
What membrane technology does the XTP 100 IP IG use?
It uses a hydrophilic PVDF hollow-fiber ultrafiltration membrane with a nominal pore size of 0.03 μm. The membrane is designed for high permeability, fouling management, chlorine resistance, and long-term durability.
What is the filtration capacity of the XTP 100 IP IG?
The module has 100 m² of active membrane area and supports a maximum filtration flow of 11.0 m³/h, or 48.4 gpm, under the specified operating limits. Actual operating capacity depends on feedwater quality and system conditions.
Why is the XTP 100 IP IG suitable for RO and NF pretreatment?
Its ultrafiltration membrane removes colloidal particles and reduces bacteria and viruses before water reaches downstream RO or NF membranes. This can help manage membrane fouling and support more stable downstream operation.
Can the XTP 100 IP IG be used in scalable treatment systems?
Yes. Its end-cap design enables direct coupling in IntegraPac™ IP skids, supporting straightforward rack assembly and capacity expansion.
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