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X-Flow
Compact 27
The Compact 27 is a tubular 8 mm ultrafiltration membrane very well suited for the separation of biological sludge, or any other high solids application (up to 40,000mg/l solids) in which high effluent quality is required. Separating at 0,03 micron, this membrane filter allows only water and dissolved matter to pass, rejecting everything that is undissolved. The filtrate can either be used directly in many applications, or be fed into another (RO) treatment system to remove the dissolved matter.
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Features
- Strong double-supported membrane tubes
- Tight cut-off at 0,03 micron
- Applicable for total suspended solids levels up to 25 g/l biomass
- High tolerance to hypochlorite cleaning
- High flux rates
- Easily interchangeable
- Also available with the X-Flow Helix technology, to enhance flux and herewith performance by providing enhanced mixing and efficient removal of the cake.
Functional Description
for high solids applications
The Compact 27 holds 8mm tubular UF membranes, capable of treating streams with solid concentrations up to 40,000mg/l. The module can be applied in a Crossflow configuration. With operations in the typical cross-flow mode, and given the limited capacity per module, multiple modules can be connected in series to create the required capacity.
Our engineers can support you in determining the ideal plant size, number of membranes, best setup and configuration for your specific purposes.
The cross-flow mode, usually applied with this type of membrane module, is a process in which the medium to be filtered (e.g. the biological sludge) is pumped through the tubes of the filter, keeping the membranes clean.
Fields of application
The Compact 27 finds its use primarily in high solids applications, such as separating clean water from biological sludge in membrane bioreactors (MBR’s). The filtrate will be free from solids of any kind and typically have an SDI of < 3, making filtration with the Compact 27 a good pretreatment method for Reverse Osmosis if all dissolved matter needs to be taken out.
The Compact 27 can be used for the following applications:
- Sludge separation in Membrane bioreactors (MBR’s)
- Concentration of fermentation broth
- Purification of yeast solutions
- Concentration of biomass
Specifications - large scale
COMPACT 27 |
|---|
| Membrane surface area |
| 27 m² |
| Module dimensions (dxl) |
| 8 inch x 3 meter |
| Housing material |
| PVC-C |
| Membrane material |
| Reinforced PVDF |
| Hydraulic membrane diameter |
| 8 mm |
| Nominal pore size |
| 30 nm |
| pH-range |
| 2-11 |
| Chlorine resistance |
| 250,000ppm hours @ pH ≥10 |
COMPACT 27G |
|---|
| Membrane surface area |
| 27 m² |
| Module dimensions (dxl) |
| 8 inch x 3 meter |
| Housing material |
| GRP housing |
| Membrane material |
| Reinforced PVDF |
| Hydraulic membrane diameter |
| 8 mm |
| Nominal pore size |
| 30 nm |
| pH-range |
| 2-11 |
| Chlorine resistance |
| 250,000ppm hours @ pH ≥10 |
Connection configurations: to learn more about other X-Flow membrane modules and their connection configurations, please click here.
Replacement: in case you have Aquaflex modules, you can find your replacement alternative on the replacement page.
Helix technology: read more on our Helix technology page.
specifications - small scale & piloting
COMPACT 4.0G |
|---|
| Membrane surface area |
| 4 |
| Module dimensions (dxl) |
| 3 inch x 3 meter |
| Housing material |
| GRP housing |
| Membrane material |
| Reinforced PVDF |
| Hydraulic membrane diameter |
| 8 mm |
| Nominal pore size |
| 30 nm |
| pH-range |
| 2-11 |
| Chlorine resistance |
| 250,000ppm hours |
COMPACT 1.2 |
|---|
| Membrane surface area |
| 1,2 |
| Module dimensions (dxl) |
| 3 inch x 1 meter |
| Housing material |
| PVC |
| Membrane material |
| Reinforced PVDF |
| Hydraulic membrane diameter |
| 8 mm |
| Nominal pore size |
| 30 nm |
| pH-range |
| 2-11 |
| Chlorine resistance |
| 250,000ppm hours |
Connection configurations: to learn more about other X-Flow membrane modules and their connection configurations, please click here.
Helix technology: read more on our Helix technology page.
Helix technology: read more on our Helix technology page.
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