Max Pak® (HE)
Benefits of Use:
- Stimulates both indigenous and inoculated bacteria in-situ and ex-situ
- Promotes healthier, more robust, and diverse microbial populations
- Provides essential microbial micronutrients
Benefits of Use in Water:
- Applicable in nutritionally deficient municipal and industrial wastewater
- Promotes healthier, more robust, and diverse microbial populations
- Provides essential microbial micronutrients
- Improved solids digestion
- Improved operational stability
FAQs
Related Videos
Related Products
MicroPlex® FL
Huma® MicroPlex® FL is a synergistic blend of preselected, adapted microorganisms and enzymes for use in facultative lagoons and ponds receiving...
MicroPlex® JS
Huma® MicroPlex® JS is a two-part formulation of a live synergistic blend of natural, Class I bacteria, specifically chosen for their...
StableSol® Powder (HE)
Huma® StableSol® Powder is a water soluble powder produced using a proprietary extraction, modification, and spray dry process. This process yields...
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
Bio Energizer® Reduces Sludge at Small N.M. Municipal Facility
Problem A small town in New Mexico (pop. 1,300) had a municipal wastewater system with a flow rate of 50,000 gallons per day. The system included a series of three lagoons that tapered to a depth of 13 feet. Pond 1 had an average sludge depth of 1.9 feet, Pond 2 averaged 3.5 feet, and
Bio Energizer® Reduces Sludge at Small Municipal Facility
Problem A small town in Utah (pop. 1,800) had a municipal wastewater system with a flow rate of 192,000 gallons per day. The system included a series of four lagoons that tapered to a depth of 6 feet, although at this time only Ponds 1 and 2 were being evaluated for treatment as they were
Related Blog Posts
BIO ENERGIZER® Reduces Sludge 45% In One Year, Saves Municipal Plant $6 Million In Dredging Costs
by Heather Jennings, PS In this study, a one-year bioremediation plan featuring Bio Energizer® was implemented for a municipal wastewater treatment facility with 2 primary lagoons in which sludge depths had reached 5–7 feet. The lagoons were at risk of upset and wastewater processing capacity was reduced. Bio Energizer® was added via peristaltic pump to
Nitrification 101
By Heather Jennings, PE Today we are going to focus on nitrifiers, those wastewater treatment autotrophs that get energy from oxidizing ammonia. (Autotrophs are microorganisms that produce complex organic compounds using inorganic carbon from simple substances as a food source.) Oxidizing ammonia is a fancy way of saying ripping off hydrogens to stick oxygens onto
White Paper: Lagoons—Under the Surface
An In-Depth Investigation of Bioremediation and Biological Factors Involved in Reducing Sludge at a Municipal Wastewater Treatment Facility Lagoon System Heather Jennings, PE, Sr. Project Engineer, Probiotic Solutions® Abstract In this study, the operators of a municipal wastewater treatment facility with 4 lagoons had determined that their 2 primary lagoons—10-foot-deep, with 25-million-gallon holding capacity each—had
