Pentair Porous Media - Filtration Equipment for Rent

Skidded filtration vessels for rent in the U.S. Designed to help end-users take advantage of our superior filtration technology with a fast, easy means of aquiring the equipment. (read more)

Pentair Porous Media - ProcessOR Rental - Compax Elements

Pentair Porous Media deployed a 36-inch ProcessOR rental vessel for an alkylate product process stream for iso-octane. (read more)

Pentair Porous Media - Live Webcast: Optimize your filtration process!

You are invited to our Free Live Webinar

How to get the most from your filtration and separation process

  • Date: Thursday, April 11th
  • Time: 11am CDT (central)
  • Duration: 75 minutes (60 minutes plus a 15 minute Q&A)
  • Presenter: Carl Hahn, PhD
(read more)
Pentair Porous Media - InterSep® - Particulate Removal from Gas

The InterSep® high performance separation system is designed and manufactured to separate particulate contaminants from gas streams. With Pentair Porous Media's COMPAX® coreless elements, which flow from the outside-to-the-inside, and is offered with an extended surface area media configuration utilizing our proprietary NexCel® media. (read more)

Pentair Porous Media - V-MAX TECHNOLOGY - LONGER LIFE. HALF THE DIAMETER

PROBLEM
A large US chemical plant that manufacturers monomer for paint coatings was spending more than $90,000 per year on bag filters.

The bag filters were supposed to remove catalyst carry over from the batch reactor.Problems arose with the bags breaking and by-pass from poor sealing. Two batches per day was maximum production. (read more)

Pentair Porous Media - Vessel & Skid Rental Program

Process plants frequently encounter process upsets and other events that affect throughput and increase operating costs, thereby adversely affecting profitability. (read more)

Pentair Porous Media - Adapt Your Existing Filter Vessel

Vessel Re-Engineering Program

Pentair Porous Media's Nex-Sys™ Vessel Re-Engineering Program allows us to adapt your existing filter vessel to utilize our high performance coreless element technologies. Each system is designed to address the specific operational and mechanical constraints of the facility. (read more)

Pentair Porous Media - UltiSep® - Aerosol Removal from Gas Streams

UltiSep® sets a new standard in high-performance gas/liquid separation. UltiSep® utilizes Pentair Porous Media's proprietary microfiber media technology and patented APEX® element design. These technologies are applied for high efficiency bulk liquid and aerosol removal from process streams. (read more)

Pentair Porous Media - Produced Water Management

PRODUCED WATER MANAGEMENT

Many produced water streams need to be purified prior to reinjection or disposal. These high flow streams are generally high in salt content, and require large filter systems comprised of exotic metals. Capital and operating cost associated with these systems can be very high. Pentair Porous Media's HRT (Hydrocarbon Recovery Technology) is a... (read more)

Pentair Porous Media - Custody Transfer - Jet Fuel

Product custody transfer involves a number of processes, all of which are intended to meet transfer specifications in terms of water, particulate and metals. Failure to meet specifications can result in rejection of product and often lost premiums having a direct impact on the operating profitability of the refinery. (read more)

Pentair Porous Media - Amine Systems

There are a number of factors that affect the capacity and operation of a typical amine system. Solid or liquid contaminants in the system may cause foaming. The presence of foaming is typically addressed by the addition of expensive anti-foam chemicals and/or by reducing the operating capacity of the amine system. (read more)

Pentair Porous Media - ProcessOR® - Particle-Liquid

ProcessOR® provides high performance solid-liquid separation. Solid contaminants range from sub-micron particulates as small as viruses to particles several hundred microns in size. The liquids range from aqueous to hydrocarbon systems with viscosities up to 60,000 cP. (read more)