Super Phos (HE)
Benefits of Use:
- Helps to meet BOD:P ratio of 100:1
- Improved phosphate bioavailability and uptake. Super Phos® is many times more bioavailable than regular phosphorous compounds because Micro Carbon Technology® molecules protect it from tying up with other ions in water.
- Stimulation of biological activity for enhanced COD/BOD removal.
- Enhanced biological species diversity for better settleability.
- Improved natural floc formation.
- Improved SVI and SV30 for better, cleaner decant.
- Decreased phosphate levels in the effluent stream. Because Super Phos® is more bioavailable less phosphorus is applied, resulting in lower discharges. Typically, one-fourth to one-tenth the amount of Super Phos® is used when compared with common-grade phosphoric acid nutrients.
- Reduced material costs, easier handling, and improved treatment performance.
Problem Conditions Improved:
- Formation of insoluble phosphorous precipitates
- Foaming caused by filamentous bacteria
- Excess sludge production
- Excess phosphorus levels in effluent
- Settleability concerns
- Tankage/Storage concerns
FAQs
Related Products
Related Case Studies
Super Phos® Lowers Papermill Operating Costs in China
Problem The existing wastewater treatment system uses 600 kg/day of diammonium phosphate (DAP) to provide the needed phosphorus concentration to maintain a healthy microbial population to treat wastewater. These microorganisms break down the organic matter being discharged from the paper processing facility. Without the correct concentration of available phosphorus, the microorganisms are unable to grow
Related Blog Posts
Pulp and Paper Wastewater Solutions
Experience the world’s most efficient wastewater remediation products, for operational stability of pulp and paper wastewater treatment facilities.
Our Most Popular Case Studies
Bioremediation can improve the activity and reproduction of wastewater microbiology. The following case studies used bioremediation to improve wastewater treatment conditions and operating costs.
Toilet–to–Tap—Taking the Ick Out of Wastewater Recycling
By Jael Batty The UN warns that by 2030, over half the world will be water-stressed, affecting food production and increasing exposure to waterborne disease. There is enormous potential in directly recycled wastewater. Unfortunately, attempts at wastewater recycling have historically been shot down by the public.1 Thus, most treated wastewater is dumped into oceans and