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Membrane Technologies

Products & Systems

Petro Sep has patented some of the membranes it had developed and has customized hundreds of unique and proprietary membrane applications over the years.

  • Petro Sep has also developed an innovative hybrid membrane that combines vacuum membrane distillation (VMD) and
    pervaporation (PV) / vapor permeation (VP), which is partially porous and partially semipermeable.
  • As such, our membranes are highly customizable and can be combined and designed for highly selective separation requirements.
20

YEARS OF

EXPERIENCE

1999

Est. Year

Petro Sep Started as a Membrane Research & Development Company

50+ Yrs.

Core Membrane-Technology Experience

Petro Sep has pioneered world- leading membrane systems

100+

Projects Delivered Globally

Petro Sep has pioneered world- leading membrane systems

$1.1M+

Innovation Grant Awarded

Petro Sep has been recognized for its work

50-1,000
m3/day
High TDS Applications are Ideal for Aqua-Sep™

AQUA-SEP™ VMD Membranes

Vacuum Membrane Distillation

AQUA-SEP™ Is a hollow fiber membrane (HFM) distillation process to purify water. It can be used to treat reject brine of a desalination plant and toxic wastewater. Corporation!

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Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.

Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.

Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.
Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.
tro Sep’s Azeo-SepTM Plant – Virginia (USA)

AZEO-SEP™ PV/VP Membranes

For Azeotropic & VOC Mixtures

AZEO-SEP is Pervaporation/Vapor permeation membranes that are similar to VMD in many ways, especially in the permeate coming out in a vapor phase. The driving force of separation is the pressure differential between two sides of the membrane.

DOWNLOAD TO LEARN MORE

Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.

Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.

Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.
Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.
Technology Opposite
of Azeo-SepTM
(Keeps Water in Feed)

VOC-SEP™ PV/VP Membranes

Hydrophobic Membrane to Separate Volatile Organic Compounds (VOC’s)

VOC-SEP is Pervaporation/Vapor permeation membranes that are similar to VMD, especially in the permeate coming out in a vapor phase. When the feed stream is in liquid phase, it is referred to as pervaporation, and it is vapor phase in Vapor Permeation.

DOWNLOAD TO LEARN MORE

Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.

Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.

Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.
Use
Separation of water from dissolved solids.
Technical Basis

  • Porous Membranes
  • Hydrophobic Membranes
  • Driving force is the differential pressure between the aqueous feed stream the vapor stream under vacuum, resulting in high flux.

Turnkey solutions
that will save you money and help the planet.