Dependable, Affordable…FAST® MicroFAST® wastewater treatment systems are ideally suited for use in single family dwellings, clustered residential developments and small communities. MicroFAST® modules can also be used to upgrade struggling municipal package plants, providing small communities with innovative, affordable options versus centralized wastewater systems. Proven, Safe, Reliable. The beauty of this remarkable system is how well it works. FAST® (Fixed Activated Sludge Treatment) is simply great technology, based on environmentally sound and simple scientifi c principles. The FAST® process employs a unique hybrid combination of attached and suspended growth in an aerobic, packed bed bioreactor. This proven IFAS (Integrated Fixed-Film Activated Sludge) combination includes the stability of fully-submerged, fi xed-fi lm media and the effectiveness of activated sludge treatment, making the innovative, patented FAST® system technologically advanced and extraordinarily reliable. Nitrogen Reduction Nitrifi cation and denitrifi cation projects are much easier with FAST® technology. Multiple biological, bio-chemical, chemical and physical processes occur simultaneously within the FAST® wastewater treatment system. MicroFAST® wastewater treatment systems have proven themselves to consistently reduce nitrogen levels – including nitrates and all other nitrogen species - at exceptionally high percentage rates. Better Water. Better World.®

How Does It Work? 1 MicroFAST® wastewater treatment systems process all the wastewater from single family homes, clusters of homes, small communities or a portion of wastewater to aid struggling municipal package plants. 2 Natural separation and settling processes occur prior to entering the MicroFAST® treatment module. 3 A remote-mounted, above-ground blower, the system’s only moving part, introduces air (oxygen) into the treatment module to facilitate a robust circulation of wastewater through the media’s channeled fl ow path. 4 FAST®’s fi xed fi lm media provides a high surface-to-volume ratio...