Acceptable Phosphate and Nitrate Levels in StormWater via Regional And/or Local Approaches

The intent is to provide a path to lowering the nitrate and phosphate levels to acceptable ranges. A review of a 5 step system combining multiple solution providers to achieve this on a large scale basis. Detailing the testing done by Bill Stowe's team at Des Moines Waterworks displaying proof of phosphate reduction, as well as, reviewing studies done by IDOT & more verifying the nitrate reductions.
1. System place to reduce nitrates: review components (organic byproduct & encasement system).
2. System to provide turbidity. (Location displayed)
3. Flocculent injection point. (system review)
4. Sediment retention automated system to ensure non-flooding detailed.

The above case will be proven, displayed, and ready for discussion.

Also display and discuss the localized approaches being implemented at the agriculture level.
Perimeter sediment control, flocculent entry, nitrate grabbing systems. (Known from industry & field experience)

Water quality is key for everyone's future. Attendees will gain valuable knowledge on why nitrate/ phosphate levels need to be controlled. They will also know how this can be done.
From a localized level to a larger scale process, nitrate and phosphate levels will lower.

Attendees will benefit from the understanding of the studies completed & in place that support current practices, as well as alternative approaches in development.
Having the ability to provide sediment control, improve water quality, and curb the levels of nitrate and phosphate will be made possible.

Examination and comparison of differing flocculants available. Attendees will also benefit from an understanding of the multiple types of flocculants available, as well as the differences in performance, sourcing, and more.