AquaEnergy Expo is a global exhibition in the water and energy field which includes a magazine, a Knowledge hub, and a virtual expo.

Menu
MEG 900 - 12,500 Membrane Contactors For Installation In UP Units
(0 reviews)
Get Price
(102) Views
(0) Contacts


Contact Company

Herco Wassertechnik GmbH
Neckar, Germany
(619) Views
(0) Contacts

By using membrane diffusion, the membrane contactor can extract dissolved CO2 from reverse osmosis permeate up to 30 mg/l. Compressed air is used to drive the membrane contactor for unit sizes ranging from 900 to 6,600 l/h. A side channel compressor is included in the supply scope for unit sizes up to 12,500 l/h.
Conditions of use: 

  • On-site oil-free compressed air is necessary for unit sizes ranging from 900 to 6,600 l/h. 
  • The system is intended for a feed CO2 concentration of 30 mg/l, water temperature of 15 °C, and an output CO2 concentration of less than 5 mg/l following degassing. 
  • About 2 mg/l is the lowest CO2 concentration that may be achieved in the permeate. 
  • The concentration of CO2 in the inlet, the fixed air volume, the flow rate, and the water temperature all affect how well the degassing process works. 
  • Every twelve months, the filter cartridge needs to be maintained. 

Pressure fluctuation ± 0.5 bar
Ambient temperature 0 – 35 °C

Utilization of Membrane Contactors 

  1. Increases the efficiency of the downstream EDI, which is crucial if the diluate needs to have very low silica contents.
  2. Decrease in the permeate's dissolved CO2 content from 30 mg/l to less than 5 mg/l, which significantly decreased conductivity
  3. For specific uses, such as the removal of oxygen, FDA-approved modules, or permeate with CO2 concentrations greater than 30 mg/l, please get in touch.

Advantages of Membrane Contactors 

  1. Robust and dependable physical method that doesn't require chemicals
  2. Included is a small installation on the UP-S7 units' skid.





Product Reviews
You must Login/Register to can submit your review

All Rights Reserved to AquaEnergy Expo © 2024