Amphidrome Waste Water Treatment System High Level of Nitrogen Removal Low Visual Site Impact Your Economical Treatment Solution ® tel. 781-982-9300 fax. 781-982-1056 www.amphidrome.com Typical Applications Condominiums Cluster System Developments Health Care facilities Resorts Shopping Malls Schools Office Parks Single Family Homes Lagoon Nitrification 813 CUSTOMIZED TOUCH SCREEN CONTROLS Amphidrome Licensed By ®
A flyer about Amphidrome Waste Water Treatment Systems. Distributed during a Buzzards Bay Coalition 2014 Decision Makers mini-workshop on nitrogen-reducing septic systems. Learn more at www.savebuzzardsbay.org/DecisionMakers
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
The Amphidrome® System is a Submerged Attached Growth Biological Reactor (SAGB)operating in a batch mode providing BOD reduction, superior nitrification, denitrificationand filtration of suspended solids in a single reactor.
A specially selected spherical sand media provides maximum surface area for microorgan-isms to attach themselves. The microorganism environment is manipulated with intermit-tent aeration. The result is an energy efficient superior treatment system with a very smallfootprint.
Amphidrome System
With the addition of an Amphidrome® Plus™ reactor, nitrogen is reduced to thelowest level biologically attainable. The Amphidrome® ColdNite® process nitrify atwastewater temperaturs of 3.3 C.
A small building houses a control panel, air blowers, and any other ancillaryequipment as may be required for a specific application such as ultraviolet (UV)disinfection or a membrane.
®
BenefitsSuperior Treatment
High Level of Nitrogen RemovalRe-Use Quality Effluent - Turbidity & TOCSmall Footprint - Low Visual Site Impact
Energy Efficient
Anoxic Tank Amphidrome ® ReactorClearwell Plus™ Reactor Effluent Pumps
Control Building
Amphidrome-MF™ System
Integrates a 0.1 Micron Membrane
MBR Quality Effluent
Substantially Lower Costs Capital Operating Life Cycle