Carbon-G™
Benefits of Use:
- Provides a carbon source for denitrification processes
- Effective carbon food source (COD/BOD) for systems with high inflow and infiltration (I&I) issues
- Supports enhanced biological phosphorous removal (EBPR)
- Effectively replaces toxic or hazardous carbon sources
- Most rapid microbial acclimation on the market
- Most consistent carbon concentrations on the market
- Lowest carbon degradation on the market
FAQs
Related Products
Super Phos (HE)
Huma® Super Phos®, complexed with Micro Carbon Technology®, is a liquid phosphate nutrient that is added into wastewater treatment systems to...
MicroPlex® BP
Huma® MicroPlex® BP comes in rugged, submersible solid forms (cakes) that slowly dissolve in a flow stream and release safe, naturally...
MicroPlex® UASB
Huma® MicroPlex® UASB is a dry granular powder of preselected and adapted facultative anaerobic microbial strains, specifically chosen for their ability...
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 Costs and Turbidity in Paperboard Lagoons at Kentucky Papermill Wastewater Facility
Problem A paper mill wastewater facility was treating 940 tons of paper bags, recycled linerboard, and corrugating medium, daily. The mill was interested in improving wastewater operating efficiency and lowering operating expenses over their standard polymer usage. The plant was experiencing filamentous bacteria, solids, and bulking issues in the final clarifier. It was discharging 4,000...
Bio Genesis® Reduces Foam and Increases Stability at Idaho Municipal Wastewater Treatment Facility
Problem A municipal wastewater treatment facility in Idaho uses a small, activated sludge system to treat 35,000 gallons per day (gpd); waste activated sludge (WAS) is removed from the system approximately every 2 to 3 weeks. The system frequently experienced intermittent foaming and settling issues, as well as seasonal impact from grease relating to the...
Related Blog Posts
Bio Energizer, Micatrol & Bio Feed Reduce COD and Stabilize Wastewater Treatment for Plastic Producer
A plastic manufacturer in Taiwan needed a new process to efficiently treat elevated incoming chemical oxygen demand (COD) to comply with stringent EPA regulations for effluent discharge. The plant is an activated sludge treatment system with an influent of approximately 2,000 cubic meters per day (CMD) which is equivalent to approximately 530,000 gallons per day...
Probiotic Solutions® Sponsors Wastewater Microbiology & Process Control 2-Day Course
Probiotic Solutions® is sponsoring a Wastewater Microbiology course with microbiologist & certified operator Dr. Toni Glymph-Martin in Arizona on April 11-12, 2023. The 2-day in-person course will cover various key topics related to wastewater microbiology including, but not limited to, microscopy, filamentous bacteria, etc. Attendees will also get a chance to participate in various hands-on...
Use of Biostimulants and Buffers for Upset Recovery in Paper Mill Wastewater Systems
By Heather Jennings, PE Industrial pulp and paper wastewater is considered one of the more challenging waters to treat using biological methods, which depend on microbial activity to effectively remediate the wastewater. Wastewater treatment systems are often influenced/impacted by increased hydraulic and/or COD (chemical oxygen demand) loading as mills add new chemicals or otherwise modify...
