The ADI-AnMBR process is a high rate anaerobic process that uses a submerged membrane barrier to perform the gas-liquid-solids separation and reactor biomass retention function. This near-absolute barrier to solids ensures efficient system operation and stability, even under high organic loading and intense mixing scenarios.

Regardless of the application, the ADI-AnMBR consistently produces high quality of anaerobic effluent. This is a direct result of the submerged membrane barrier and the near-absolute retention of suspended solids within the reactor.

The ADI-AnMBR can operate at thermophilic temperatures (better removals, more biogas, reduces sludge production), but can also be operated at more common mesophilic temperatures, allowing for efficient, cost effective treatment in a wide range of applications and a variety of wastes/wastewaters.

The ADI-AnMBR process is typically used for waste (water) streams with:
- High concentration of suspended solids
- High FOG concentrations (Fat - Oil - Grease).

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