BiNutrix® Wastewater Treatment System Case Study
Municipal Wastewater Water Treatment Plant, Ohio

These notes were taken while this secondary wastewater treatment plant began using BiNutrix in 1998. The plant has a 500,000 gpd capacity.

June 5: 10 pounds of BiNutrix was added to two pump stations close to the plant. There was very little microscopic activity at the onset of treatment.

June 8: 5 pounds of BiNutrix was added to each pump station. There was a 30 min. set @ 84%.

June 10: Sample viewed through microscope shows numerous water beats, scattered stalks, free swimmers and microtubellaians.

June 11: 30 min. @ 78% improved. Sample viewed through microscope shows numerous water beats, worms, free swimmers. Effluent very clear and not much pin floc.

June 18: 30 min. set @ 71% much better. Sample viewed through microscope shows abundance of activity with much more free swimmers, stalks, beats and worms.

June 22: Water clarity excellent.

June 25: 30 min. set @ 73%. Sample viewed through microscope shows a lot of activity. June 26 - Settling very good and the water clarity excellent.

June 30: Settling good with water clarity excellent. Had over four inches of rain since June 26, and clarity was great all weekend.

July 1: Settling great with water clarity excellent. Sample viewed through microscope shows activity is the best we have had in a very long time.

July 7-9: Sample viewed through microscope shows stalks are increasing in numbers, beats and worms are decreasing. A lot of free swimmers.

July 10: Settling great. Sample viewed through microscope shows some multiple head stalks and great activity.

July 14: Microscope activity excellent with a lot of multiple head stalks and a large number of free swimmers.

Results
Using 25 pounds of BiNutrix each month helps the plant maintain a balanced aquatic flora despite heavy rains and cold temperatures.