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Global water scarcity and environmental concerns are driving a new generation of reclamation technologies and systems designed to separate fresh water from contaminants. Membrane based separation systems minimize the need for chemical addition while reducing the number of moving parts and energy-consuming stages.
Membranes used in industrial and municipal treatment systems require precise particle retention characteristics, and must be durable and robust for consistent longterm performance, even after years of backwashing and chemical cleaning.
Poreflon® PTFE hollow fiber sets new standards in flow, durability and strength. Resistant to most waste streams and cleaning agents, Poreflon® hollow fiber has precisely controlled porosity, allowing optimization to the suspended solid while maximizing flux. Proprietary manufacturing processes increase mechanical strength, ensuring consistent recovery post cleaning, and integral end terminations for the life of the system.
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Internal and External Pressure Modules |
 | Crossflow design microfiltration |
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Pressurized dead-end capable |
| Waste water reclaim |
| UPW & hot UPW filtration |
| Pharmaceutical & biotech separations |
| Wide range of vessel configurations |
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Gas Transfer Modules |
| Standard & custom ozone dissolution modules |
| Gas transfer modules |
| Sparging |
| All PTFE & NPFA construction |
| Optimized transfer rates |
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Submerged Modules |
| Membrane bioreactor arrays |
| Gold & semiprecious metal reclaim |
| Sparging assemblies |
| Wide range of array hardware materials |
| Process & design assistance |
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SEIP offers Poreflon® hollow fiber products in complete assembled modules of multiple designs. Together we can specify the right Poreflon® product for your upcoming or retrofit project.
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| For further information please contact SEIP |
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1-800-758-3515
(US/Canada) |
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1-760-761-0607
(Outside US/Canada) |
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E-mail SEIP |
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