Hello Waymon, Thank you very much for the response. We have already have a mechanical process for the removal of the FOG and solids from the grease trap waste, so we don't need the microbes to do this for us. The problem we are trying to solve is reducing the COD levels in the remaining waste water before it is released into the waste water treatment works. These can be anywhere between 4,000-35,000 mg/l. We need a process which can reduce the COD quickly, approximately 8 hours, in a storage container of between 10,000-30,000 liters. Ideally we would like to keep the COD levels of the waste water below 5000 mg/l when it released into the treatment works.  Best regards Chris

Published by

Hello Waymon,

Thank you very much for the response. We have already have a mechanical process for the removal of the FOG and solids from the grease trap waste, so we don't need the microbes to do this for us. The problem we are trying to solve is reducing the COD levels in the remaining waste water before it is released into the waste water treatment works. These can be anywhere between 4,000-35,000 mg/l.

We need a process which can reduce the COD quickly, approximately 8 hours, in a storage container of between 10,000-30,000 liters. Ideally we would like to keep the COD levels of the waste water below 5000 mg/l when it released into the treatment works. 

Best regards

Chris