Features:

• It can obtain excellent treatment in a smaller treatment footprint.
• It allows for several processes to be conducted simultaneously, including nutrient removal (via nitrification/denitrification) in a single reactor.
• It generates methane gas for energy usage.
• It provides sludge digestion in the water treatment reactor, reducing sludge handling footprint.
• Other anaerobic wastewater treatment approaches include anaerobic suspended growth reactors, anaerobic membrane reactors, and anaerobic membrane bioreactors.

Features:

• It can obtain excellent treatment in a smaller treatment footprint.
• It allows for several processes to be conducted simultaneously, including nutrient removal (via nitrification/denitrification) in a single reactor.
• It generates methane gas for energy usage.
• It provides sludge digestion in the water treatment reactor, reducing sludge handling footprint.
• Other anaerobic wastewater treatment approaches include anaerobic suspended growth reactors, anaerobic membrane reactors, and anaerobic membrane bioreactors.