Anaerobic SymBR | Symphonic Waters

CONTACT AN EXPERT

+1-262-955 7555

Symphonic Waters is now a Probst Group Company.

Anaerobic SymBR™

Anaerobic SymBR™ is a proprietary anaerobic biological treatment process exclusive to Symphonic Waters. This process & equipment has been proven in patent pending featured full-scale installations.

Anaerobic treatment is an energy-efficient method for treating high-strength industrial wastewater that contains high concentrations of organic matter, such as suspended solids (TSS), biochemical oxygen demand (BOD), and chemical oxygen demand (COD). During anaerobic digestion, the organic matter is transformed into biogas, mainly composed of methane (CH4) and carbon dioxide (CO2), and nutrient rich sludge. The biogas can be converted into heat or power while the nutrient rich sludge may be composted for use as agricultural fertilizer, making the process energy-efficient and a potential source of renewable energy.

Competitive Advantage of Anaerobic SymBR™

Wide range of waste strength from 5,000 mg/L to upwards of 400,000 mg/L COD
High organic loading rates of >8kg COD/m3
99% +/- COD removal (5-20 times improved compared to competing technologies)
Integrated power mixer design offers low capital & installation cost while maintaining the highest level of process performance & capacity
Mixing system is serviceable from outside of the reactor
Down stream final treatment capacity reduced to 1% +/- of the influent load, compare 1% to 5-10% residual COD pass through. SymBR™ effluent is only 1/5th to 1/10th COD load comparing to competing technologies
No need to remove FOG prior to the SymBR™ process
Maximum efficiency @ Minimum cost
Low energy usage
Low chemical usage

Unique Technologies used in Anaerobic SymBR™

Floating Gas Collection Cover & Mixer System
Complete Mix Bioreactor
SymBrane™ Tubular Crossflow Ultrafiltration Membrane System

Retrofit using Anaerobic SymBR™

Anaerobic SymBR™ can help you to increase the capacity and effluent quality of an existing anaerobic treatment system while maintaining low capital and operating costs.