Veolia (Suez) AK4040TM RO Membrane Brackish, Low Energy, 2200 GPD, 4"x40"
Veolia (Suez) AK4040TM RO Membrane Brackish, Low Energy, 2200 GPD, 4"x40"
Subscription Details
Automatic deliveries and charges at your selected frequency. Skip, reschedule, or cancel through your subscription account. View subscription details.
Description
The Veolia (Suez) WTS A-Series thin-film RO membranes are ideal for tap and brackish water filtration, as well as challenging industrial environments. AK low energy brackish water RO membranes set the industry standard with high rejection rates, low operating pressures, and significant energy savings.
- Flow Rate: 2,200 Gallons Per Day
- Max Operating Pressure: 600 psig
- Max Operating Temperature: : 122°F (50°C)
- Dimensions: 40" X 4"
- Outer Wrap: Tape
- Replace every 1-2 years or as needed
Q:
What is the rated production of the Veolia AK4040TM?
A:
It is rated for up to 2200 gallons per day under specified test conditions. Actual output varies with feed pressure, temperature, dissolved-solids level, recovery, and membrane condition.
Q:
Which systems use the Veolia AK4040TM?
A:
The catalog does not provide an approved model list for Veolia AK4040TM. Match the exact part number plus the component’s dimensions, connections, and electrical or performance specifications before ordering.
Q:
What should I verify before ordering?
A:
Match the exact part number and 4-by-40-inch low-energy brackish-water element, including element dimensions, seal arrangement, permeate connection, and required flow control. Published output can vary with test conditions, so confirm the current Veolia datasheet value used in the system design.
Q:
How do I know when the membrane needs replacement?
A:
Track normalized production, product-water TDS or conductivity, and pressure. Falling output or rejection after other causes are ruled out can indicate replacement is due.
Q:
Can I substitute a different-capacity membrane?
A:
Only when the system design allows it. Membrane area and rated output must match the vessel, pressure, pump, recovery target, and flow-control arrangement.
Q:
What should I do after installation?
A:
Confirm seals and flow direction, restore pressure gradually, check for leaks, and follow the system instructions for flushing and discarding initial product water.
