Bioaugmentation
Data from healthy wastewater plants have allowed Aster Bio to develop advanced biomass management programs tailored to your system. Our products are concentrated, naturally occurring microbial blends designed to restore your biomass to a more desirable or healthier state.
Rigorously developed using both traditional microbiological techniques and the latest in DNA bioprospecting, our products are blends of growth organisms that restore biomass activity in the most rapid manner possible. Available in powdered and liquid formulations.
Evaluate conditions
Work with you to determine conditions in your biological treatment unit
Identify options
Evaluate options to enhance treatment efficiency
Customized bioaugmentation
Provide tailored product guidance for your biomass issues
Monitor with DNA testing
Implement molecular monitoring to track biomass response
Safety Data Sheets: Dry/Powdered · Liquid
Common Challenges
Our bioaugmentation products address the most common biological treatment challenges across industrial and municipal systems.
Restore and maintain ammonia-oxidizing and nitrite-oxidizing bacteria populations to meet nitrogen limits.
Address both filamentous and non-filamentous sludge bulking that leads to poor settling and clarifier issues.
Reduce dependency on polymers and antifoam by enhancing natural floc formation and biological treatment capacity.
Control hydrogen sulfide and reduced sulfide compounds in wastewater, scrubbers, and collection systems.
Improve total inorganic nitrogen and phosphorus removal to meet increasingly stringent BNR permit requirements.
Reduce fats, oils, and grease buildup and lower overall sludge volumes to extend capacity and cut disposal costs.
Product Catalog
Filter by application to find the right product for your system. All products are available in powdered or liquid formulations.
| Product | Application | Form | Description | Key targets |
|---|---|---|---|---|
| AB Nitrozyme | Nitrification | Slurry | A concentrated slurry of Ammonia-Oxidizing Bacteria (AOB) and Nitrite-Oxidizing Bacteria (NOB) for use in establishing or restoring nitrification in wastewater treatment units. |
AOB
NOB
Ammonia removal
|
| AB Petrozyme | Hydrocarbons | Dry | Developed for use in remediation of petroleum hydrocarbons, including crude oil, fuels, and BTEX. Suitable for use in soil, groundwater, and wastewater treatment systems. |
Crude oil
BTEX
Soil & groundwater
|
| AB Petrozyme Liquid | Hydrocarbons | Liquid | A convenient liquid microbial formulation for use in crude oil and fuel bioremediation. Ideal for pump-metered applications in groundwater treatment and collection systems. |
Liquid format
Fuel
Bioremediation
|
| AB Biopolymer Blend | Floc & Settling | Dry | Produces biological polymers to enhance floc formation and density, which lowers chemical polymer dose and effluent TSS. Can be used in conjunction with filamentous bulking disinfection programs. |
Polymer reduction
TSS
Bulking
|
| AB S10 | Odor & H₂S | Dry | Containing sulfur-oxidizing bacteria, AB S10 oxidizes hydrogen sulfide and total reduced sulfides in wastewater, biological scrubbers, and collection systems. Also effective for reducing VOC and volatile organic acids. |
H₂S
VOC
Scrubbers
|
| AB Phenozyme | Industrial COD | Dry | Developed for high-COD industrial wastewater treatment. Improves removal of toxic or difficult-to-degrade compounds such as phenol, BTEX, naphthalene, polynuclear aromatics, sulfides, alcohols, and other solvents. |
Phenol
High COD
Solvents
|
| AB Oleozyme | FOG & Dairy | Dry | Biological blend for dairy and meat-processing wastewaters. Targets proteins and FOG and helps maintain conditions suitable for Ammonia-Oxidizing Bacteria (AOB) cultures. |
Dairy
Meat processing
FOG
|
| AB Lignozyme | Pulp & Paper | Dry | Developed to enhance BOD₅ and TSS removal in pulp and paper wastewater systems. Works over wide ranges of pH and temperature found in paper mill wastewater. |
BOD₅
Paper mills
Wide pH range
|
| AB Munizyme | Municipal | Dry | Designed for use in collection systems and wastewater treatment units. Enhances biological treatment performance across a range of municipal applications. |
Collection systems
WWTP
|
| AB Munizyme Liquid | Municipal | Liquid | A liquid blend of AB Munizyme for use in collection systems and wastewater treatment units. Can be used with metering pumps for continuous dosing applications. |
Metering pumps
Continuous dose
|
| AB Munizyme LS | Municipal + FOG | Liquid | AB Munizyme Liquid with added enzymes and biodegradable surfactants. Designed to reduce grease accumulation in collection systems and lift stations. |
Grease
Lift stations
Surfactants
|
| AB10 | Stormwater | Dry | Reduces hydrocarbons, improves clarity, and reduces sludge in stormwater retention ponds and other water features. Works to prevent algae blooms and control eutrophication naturally by cycling nutrients. |
Retention ponds
Algae
Eutrophication
|
| AB20 | CAFO | Dry | Contains a blend of bacteria selected for treatment of manure and liquid wastes from Concentrated Animal Feeding Operations (CAFO). |
Manure
CAFO
Animal waste
|
Showing all 13 products
Environmental Genomics™
Aster Bio's unique Environmental Genomics™ testing enables deep microbial understanding and provides insight into the impact of slight changes on biomass treatment. A microbial community can respond quickly to changes in influent composition or operating conditions — making effective operational decisions requires quick reporting.
Our bioaugmentation products aren't generic off-the-shelf blends. They're developed using data from healthy wastewater plants and refined through DNA bioprospecting to include the specific organisms your system needs. When you combine our diagnostics with our products, you get a closed-loop system for biomass management.
Products selected based on molecular test results, not guesswork
Organisms sourced from healthy systems via bioprospecting
Concentrated blends restore biomass activity as fast as possible
qPCR monitoring confirms product effectiveness over time
Share your situation with our experts. We'll evaluate your system conditions and recommend the right bioaugmentation program — often starting with an Environmental Genomics™ diagnosis.