CERALUMOXANE™ Membrane Specifications

CERALUMOXANE

ORGANOPHOBIC TUBULAR CERAMIC MEMBRANE

Product Description

Model:

MFI -19060-OD40

Serial Number:

201107

Raw Material:

∝ -Alumina/Zirconia

Pore Size:

200 nm

Construction:

Multi-Channel tubular element

Major Applications:

Liquid Solid Separation, Oil/Water Separation, Flowback Fracking Fluids, Wastewater Treatment, Organics/Water Separation, Produced Water, Refinery Wastewater Recycling. Pre-Treatment of Water prior to Reverse Osmosis. Seawater Pre-treatment.

Membrane Area

Area:

0.358 m2

Operation & Design Information

Typical Operating Pressure:

29 -145 psi (2-10 Bar)

Maximum Operating Temperature:

302°F (150°C)

Maximum Cleaning Temperature:

176°F (80°C)

Allowable pH - Continuous operation:

2 – 12

Allowable pH - Clean-In-Place (CIP):

2 – 12

Solvent Stability:

Unaffected due to different seals

Flux Data

Pure water flux:

700-800 l.m2.h.bar

Element water flux:


250-280 LPH


Test Conditions:

176°F (80°C) 14 psi (1bar), 86°F (25°C). pure water

Product Dimensions

MODEL

A

B

C



MFI -19060-OD40

Total length

Outside Diameter

Channel Diameter

Channel Qty

Gross Weight


1000 mm

40 mm

6.0 mm

19

2.52 kg

About our CeralumoxaneTM inorganic ceramic membrane


Membrane Characteristics:

CeralumoxaneTM is an organophobic ceramic membrane in a tubular multichannel configuration, with superb organophobic rejection due to its nanotechnology patented process.

Operating Limits:

Operating Pressure: Maximum operating pressure for CeralumoxaneTM membrane is 145 psi (10bar). Actual operating pressure is dependent upon system flux rate, as well as feed viscosity, CP and temperature conditions.

Temperature: Maximum operating temperature is 302°F(150°C). Temperature change should not exceed 10°C per minute.

pH: Allowable range for continuous operation is 2 -12.

Prefilter for membrane: Screen filter of 30 U.S. -MESH or 595 microns

Feed Flow Rate: To acquire a lowest fouling on membrane layer and prevent the channel blocked, a minimum cross flow recirculation velocity is necessary due to liquid of different viscosity:


Model

Min – (m3/h)

Max – (m3/h)

MFI -19060-OD40

5.8

11.6

Actual feed flow rate is dependent feed characteristics (Viscosity, TS ,Temperature etc), fouling tendency, concentrate parameter and system design. For more details,  please consult with Molecular Filtration, Inc. for technical support.

Membrane Handling:

Recommended Cleaners for recovering membrane:

Due to our nanotechnology please consult Molecular Filtration, Inc. for more information on cleaning.

Preservation: Should be made with clean water.

Storage: The membrane module should not get dry. It should be stored in clean water in a firm vessel in case of bump.

Service and Ongoing Technical Support

Molecular Filtration, Inc. has an experienced staff of professionals available to assist you to optimize existing systems and support with the development of new applications. We have a comprehensive product development program to ensure the availability of state-of-the-art products. Molecular Filtration, Inc. will provide knowledgeable assistance whether it is staff training, review of system operations, or recommendations for fine tuning your system.

The information contained in this publication is believed to be accurate and reliable, but is not to be construed as implying any warranty or guarantee of performance. We assume no responsibility, obligation or liability for results obtained or damages incurred through the application of the information contained herein. Refer to Standard Terms and Conditions of Sale and Performance Warranty documentation for additional information.

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