SIGMADAFsupplier website

Proprietary MBR products and systems:
- MBR System: Biological Reactor + Membrane Filtration
- MBR Packaged Plant
- Decentralized STP
About SIGMADAF
SIGMADAF − based in the US and operating worldwide − designs, manufactures and installs membrane bioreactors for wastewater treatment and reuse. SIGMADAF's decentralized MBR systems are plug & play, self-contained and easy to operate.
MBR technology & applications
Proprietary MBR products and systems:
- MBR System: Biological Reactor + Membrane Filtration
- MBR Packaged Plant
- Decentralized STP
MBR systems are equipped with ultrafiltration membranes that maximize their efficiency and performance for contaminant separation. Thanks to this technology, the biomass concentration inside the reactor is much higher than that of reactors with conventional clarifiers, being possible to reach between 6,000 and 12,000 mg/L.
The combination of the membranes and the activated sludge reactor has the following advantages:
• Higher performance in the elimination of organic matter.
• The quality of the water output is constant.
• Compact equipment that occupies a small footprint.
Our membrane bioreactors come in a plug & play, containerized configuration, and they are ready to operate.
In scenarios where there is a high nitrogen concentration and/or nitrates are generated above the discharge limits, a modified MBR system with an anoxic pre-chamber will be offered. This configuration allows for the simultaneous removal of COD and nitrogen by nitrification-denitrification.
Company summary
Supplementary services offered by SIGMADAF:
- Design, manufacture, commissioning, after sales, project management, I+D
About this page
This page was last updated on 27 August 2025
Disclaimer
Information on this page may have been supplied by third parties. You are reminded to contact any third parties to confirm information is accurate, up to date and complete before acting upon it. TheMBRSite.com accepts no liability for information provided by third parties, actions taken on the basis of this information or information held on third-party websites.