Trippensee Shaw, Inc. proudly represents the following wastewater manufacturers.
Anaergia Omnivore™ High Solids Anaerobic Digestion and Co-Digestion Systems able to operate up to 14% TS Feed Solids and provide 300% Digester Capacity Increase (or Reduce Digester Size to 1/3 for New Digester); SST Sludge Screw Thickener; PSM Digester Mixing System with Gas Tight Service Box, Adjustable Guide Rail & Carriage, and Intelligent Mixer Control System; Biosolids Biochar (BSBC) System/Pyrolysis Solution; BUG Biogas Revalorization System; Biogas and Renewable Energy Recovery Systems; and PyroSys™Pyrolysis Nutrient and Digestate Management Solutions to create Marketable Products from Biosolids and Eliminate Disposal Costs.
Center Feed Spiral Blade, Segmented Rake, Suction Header and Suction Pipe Clarifiers; Pinion Bearing Drives; Solids Contact Clarifiers, Gravity Sludge Thickeners and Bridges; Digester Covers including Fixed Beam, Gasholder Beam, Buoyant Floating Truss, Gasholder Truss, and Dual Membrane; SBRs, Jet Aeration Systems, and Continuous Loop Reactors
The Fibracast FibrePlate™ advanced MBR is an innovative membrane solution comprised of a hybrid of Flate Plate and Hollow Fiber membrane technologies. FibrePlate™ offers enhanced performance when compared to other MBRs for either greenfield or retrofit applications, with tangible benefits including smaller footprint, higher flow density, better control, and reduced operating costs through innovative hydraulics and dual scouring technologies.
The Nuove Energie Ultrascreen® Disk Filter for municipal wastewater tertiary filtration utilizes 316L stainless steel micron mesh for filter media. The combination of stainless filter media, proprietary Dynamic Tangential Filtration®, class-leading loading rate, and all stainless steel construction result in one of the most robust and compact filtration systems on the market. The Ultrascreen is CA Title 22 approved for reuse applications and can help meet even the most stringent discharge limits while improving downstream disinfection efficiency.