A: You can purchase ATp directly from us in bulk, wholesale, OEM, or private-label formats. Domestic and international shipping options are available.
A: Contact our sales team to request pricing or product information. We work directly with poultry producers, integrators, and agricultural distributors worldwide.
A: Yes. ATp is available in bulk and wholesale supply, as well as OEM and private-label packaging for integrators, distributors, and farm suppliers.
A: Yes. By stabilizing nitrogen and reducing urease-driven ammonia release, ATp improves compost quality, reduces nutrient loss, and enhances downstream fertilizer value.
A: Yes. ATp contains all-natural, non-GMO microbial strains that are safe for poultry, barn equipment, soils, and downstream ecosystems.
A: ATp is supplied as a powder that is mixed with a minimal amount of water and applied as a spray across poultry litter. Bulk supply options include 22 lb (10 kg) and 44 lb (20 kg) pails, 340 lb (155 kg) drums, and custom pack sizes.
A: Yes. ATp is effective for broiler house ammonia control, layer hen barn ammonia control, breeder houses, turkey barns, pullet houses, and specialty poultry facilities.
A: Yes. ATp contains facultative anaerobic strains that function across aerobic, low-oxygen, and anaerobic microzones common in poultry litter packs.
A: ATp is a biological ammonia reduction poultry product designed as a poultry litter amendment for ammonia control. It combines beneficial bacteria and fungi that directly consume ammonia (NH3), convert organic nitrogen into amino acids, and denitrify nitrates into nitrogen gas. This process lowers in-house ammonia, improves poultry house air quality, and enhances the fertilizer value of manure.
A: ATp bacteria support key biological processes in poultry litter:
A: Absolutely. By improving poultry barn air quality, ATp helps reduce respiratory irritation in birds, minimizes stress, lowers footpad dermatitis risk, and supports stronger feed conversion ratios (FCR).
A: Most growers notice lower ammonia odors and improved air conditions within 3-4 days of application, with measurable reductions in ammonia ppm as the litter microbiome stabilizes.
A: Unlike acidifiers such as alum or sodium bisulfate, ATp is a non-corrosive ammonia control poultry option. It offers long-lasting ammonia reduction, odor control, and microbial balance without the drawbacks of harsh chemicals.
A: Yes. By lowering NH3 emissions, ATp provides effective ammonia odor control for poultry barns and contributes to overall odor reduction. Most users notice improvements within 3-4 days of treatment, with some reporting ammonia levels reduced to near or non-detectable levels.
A: Contact our sales team to request pricing or product information. We work directly with farmers, dairies, swine operations, poultry producers, and distributors.
A: Yes. AWT is offered in private label, OEM, and distributor-ready formats across powder, liquid, block, and tablet forms.
A: Yes. AWT is available in bulk and wholesale supply for farms, cooperatives, integrators, and agricultural service providers. Custom CFU concentrations and packaging options are available.
A: You can buy livestock and dairy waste treatment bacteria from us in bulk, wholesale, OEM, and private-label formats, with domestic and international shipping available.
A: Yes. AWT contains all-natural, non-GMO Bacillus strains that are safe for manure management infrastructure, crops, soils, and downstream ecosystems.
A: Position them in areas with good water movement, such as near inlets, agitation points, or pump intakes, to ensure uniform microbial distribution.
A: Absolutely. By stabilizing nitrogen, phosphorus, and organic matter, AWT produces a cleaner, more uniform effluent that is easier to pump, spread, and use as a crop fertilizer.
A: AWT can be supplied in multiple dosing options:
A: Yes. They provide a controlled release of microbes, maintaining consistent biological activity and odor control over time.
A: Yes. AWT is effective in anaerobic waste digesters as well as lagoons and pits. It contains facultative anaerobic strains that support the activity of nitrifying bacteria, which convert ammonia into more stable nitrogen forms. By reducing excess ammonia and nitrite, both of which are known inhibitors of methanogenic microbes, AWT helps protect and stabilize the methanogen population. This results in a more balanced microbial community, improved digestion of organic matter, and steadier methane generation over time.
A: Yes. AWT contains facultative anaerobic strains denitrifying bacteria for lagoons, helping reduce nitrates and nitrites by converting them into nitrogen gas. At the same time, AWT provides nitrification support in livestock wastewater by enhancing biological pathways that convert ammonia into more stable nitrogen forms. Together, these processes lower excess nitrogen levels, improve lagoon stability, and produce cleaner effluent for land application or discharge.
A: Yes. AWT contains 100% facultative anaerobic microbes, which perform reliably in aerobic, anoxic, and anaerobic conditions found in lagoons and pits.
A: Yes. AWT includes strains that break down fibrous material, reducing crust formation, mats, and solids buildup that restrict hydraulic flow in lagoons and pits.
A: Yes. AWT contains high-CFU livestock wastewater treatment microbes effective across dairy, swine, poultry, and cattle operations. It is equally suitable for use in CAFO wastewater treatment systems or smaller farms, with microbes that adapt to the variable loading rates and environmental conditions common in agricultural wastewater systems such as lagoons, pits, and manure tanks.
A: Most operations notice reduced odors within 2 weeks and measurable sludge reduction after 1-2 months of use, depending on loading rates and lagoon conditions.
A: AWT bacteria support key biological processes that keep manure pits and lagoons stable:
A: Yes. AWT reduces sludge buildup, which lowers dredging and hauling frequency. It also cuts chemical dosing for odor control and helps extend lagoon storage life, leading to lower overall operating costs.
A: Yes. By breaking down VFAs and other odor precursors, AWT reduces hydrogen sulfide, ammonia, mercaptans, and other nuisance gases. This improves on-farm conditions and reduces neighbor complaints.
A: AWT lowers BOD, COD, and TSS in lagoon and pit effluent, producing cleaner, more stable liquid for land application or discharge. It helps farms move closer to nutrient-management and water-quality targets.
A: Animal Waste Treat is a high-CFU microbial blend designed for livestock and dairy waste treatment in lagoons, pits, and manure storage systems. It contains facultative anaerobic Bacillus strains that thrive in oxygen-limited, nutrient-rich conditions where conventional products often fail. AWT strains produce protease, cellulase, and lipase enzymes to break down proteins, fibers, and fats while digesting volatile fatty acids (VFAs) and other odor-causing compounds.
A: Standard wastewater blends are not optimized for heavy organic waste, fibrous solids, and the odor challenges found in manure systems. AWT bacteria are specifically selected for high activity in livestock lagoons and pits, with strains that accelerate solids digestion, stabilize effluent, and reduce odors like ammonia, hydrogen sulfide (H?S), and mercaptans.
A: Contact our sales team to request pricing or product information. We work directly with WWTP operators, food service facilities, municipalities, industrial users, OEMs, and distributors.
A: You can buy GT directly from us in bulk, wholesale, OEM, and private-label formats, with domestic and international shipping available.
A: Yes. GT is available in bulk and wholesale supply for municipal and industrial facilities, food service providers, and wastewater contractors. Custom CFU concentrations and packaging are available.
A: Yes. GT is offered in private label, OEM, and distributor-ready formats across powder, liquid, block, and tablet forms.
A: Yes. GT contains all-natural, non-GMO Bacillus strains that are safe for wastewater infrastructure, treatment processes, and downstream ecosystems.
A: Yes. By degrading grease at the source, GT acts as a lift station clog prevention treatment. This reduces pump failures, extends equipment life, and stabilizes wastewater flow through the collection system.
A: Place them directly in grease traps, lift stations, or areas of grease accumulation with good water circulation. Positioning near inlets, pumps, or areas with turbulence ensures even microbial distribution.
A: GT can be supplied in a variety of dosing options:Powder: 22 lb (10 kg) and 44 lb (20 kg) pails, 340 lb (155 kg) drumsLiquid: quarts, liters, gallons, and 55-gallon (208 L) drumsBlocks: slow-release blocks for lift stations, grease traps, and wet wellsTablets: easy-to-dose formats for drains, traps, and smaller systems
A: Yes, they provide a steady release of microbes, maintaining consistent FOG digestion and odor control over time.
A: Absolutely. GT is formulated to digest volatile fatty acids (VFAs) and limit hydrogen sulfide (H₂S) generation. This biological process reduces nuisance odors while protecting infrastructure from corrosion.
A: Yes. GT contains specialized microbes that continuously digest fats, oils, and grease, preventing buildup that causes clogs and backups. By acting as a biological grease trap solution, GT reduces emergency pumping and keeps systems functioning smoothly.
A: GT functions as a preventative treatment, breaking down grease before it solidifies and accumulates. Regular use provides odor control, reduces pumping frequency, keeps traps cleaner, and lowers overall service costs.
A: Yes. GT includes strains designed for lift station grease reduction, making it effective for wet wells, pumps, and force mains. As a maintenance tool, it reduces accumulation, prevents clogging, and minimizes downtime.
A: GT can be applied as a biological aid for FOG-related drain blockages. The bacteria target accumulated grease deposits in drain lines, restoring flow and reducing the need for harsh chemicals or costly mechanical cleaning.
A: Absolutely. GT was formulated for food service environments where grease traps often clog and generate odors. Its specialized bacteria digest FOG efficiently, keeping traps cleaner and reducing the frequency of pumping and maintenance.
A: Yes. GT contains 100% facultative anaerobes, which means it functions effectively in both oxygen-rich and oxygen-limited environments typical of grease traps, lift stations, and downstream collection systems.
A: GT supports key biological processes that keep grease systems stable:Rapid FOG digestion through high lipase and esterase activityBiosurfactant production for improved emulsification and bioavailabilityVFA digestion to cut odors and limit hydrogen sulfide (H₂S) generationStrong facultative anaerobic performance under both aerobic and anoxic conditions
A: Yes. GT is effective in municipal lift stations, sewer collection systems, and headworks, as well as in industrial wastewater streams impacted by grease, such as food processing, slaughterhouse, rendering, dairy, and beverage facilities.
A: GT improves biological efficiency, reducing the need for frequent pumping, chemical dosing, and odor control measures. It also lowers aeration demand, reduces sludge yield, and minimizes maintenance caused by grease-related blockages and corrosion.
A: Standard wastewater blends are not optimized for heavy oil and grease loads and often lose effectiveness in acidic, low-oxygen conditions common to grease traps and lift stations. GT was specifically formulated for FOG-heavy environments, with strains that target grease, volatile fatty acids (VFAs), and odor-causing compounds to deliver reliable results.
A: Grease Treat (GT) is a high-CFU microbial blend designed for fats, oils, and grease (FOG) treatment in grease traps, lift stations, and wastewater systems. It contains 100% facultative anaerobic microbes that thrive in the low-pH, oxygen-limited conditions where conventional products fail. GT strains produce lipase and esterase enzymes, as well as biosurfactants, to accelerate FOG breakdown and reduce odors.
A: Yes. By breaking down VFAs and depriving sulfate-reducing bacteria of their food source, GT reduces hydrogen sulfide, mercaptans, ammonia, and amines. This lowers odor complaints and helps prevent corrosion in collection systems, wet wells, and grease traps.
A: Yes. By improving nitrogen and other nutrient metabolism, AM reduces excess biomass yield and minimizes conditions that trigger ammonia-related odors. It works across aeration basins, clarifiers, lagoons, and collection systems to keep solids and odor under control.
A: Yes. AM is produced in the United States under strict quality controls and CFU verification.
A: Yes. AM is offered in private label, OEM, and distributor-ready formats. Custom concentrations and packaging are available to fit specific needs.
A: Contact our sales team for pricing and availability via our website.
A: You can purchase directly from us. We ship domestically and internationally and can support distributor programs.
A: Yes. AM is available in bulk and wholesale supply.
A: Yes. AM contains natural, non-GMO Bacillus strains and is safe for fish, shrimp, aquatic plants, and other aquatic life when applied as directed.
A: AM is offered in multiple formats to fit different dosing needs:
A: AM supports animal waste ammonia reduction in manure pits, lagoons, and barns. For ammonia reductions in aquaculture, it improves water quality by lowering total ammonia nitrogen (TAN) in fish and shrimp ponds, hatcheries, and recirculating aquaculture systems (RAS).
A: Yes. AM performs in activated sludge, sequencing batch reactors (SBR), moving bed biofilm reactors (MBBR), oxidation ditches, clarifiers, and aerated lagoons. It is also effective in lift stations, headworks, and collection systems for odor mitigation.
A: AM is a high-CFU Bacillus blend featuring hyper-ammonia-utilizing strains for ammonia removal in wastewater treatment. These microbes preferentially consume ammonia (NH₃/NH₄⁺) and related nitrogen species, supporting biological ammonia removal, cleaner effluent, and fewer odor issues.
A: No. AM is not nitrifying bacteria. It uses Bacillus strains that directly utilize ammonia and support balanced nitrogen pathways. In practice, AM complements existing biomass and can support nitrification performance under variable loads.
A: Lower effluent ammonia, steadier operation during load or temperature swings, improved floc and settling, and reduced odor drivers such as ammonia, amines, and hydrogen sulfide.
A: Standard wastewater microbes don’t prioritize ammonia metabolism, leaving plants vulnerable to effluent spikes, odor complaints, and higher aeration costs. AM is purpose-built with ammonia reducing bacteria for wastewater, making it more effective for ammonia control, regulatory compliance, and operational stability.
A: Yes. With more efficient ammonia conversion, facilities see lower aeration demand, reduced sludge handling, and less reliance on chemicals for solids separation and odor treatment.
A: Contact our sales team to request pricing. We work directly with WWTP operators, pond and lagoon managers, industrial users, OEMs, and distributors.
A: You can buy directly from us in bulk, wholesale, private label, OEM, and distributor formats, with domestic and international shipping available.
A: Yes. LT is available in bulk and wholesale supply for municipal and industrial wastewater facilities, pond managers, and lagoon operators. Custom CFU concentrations and packaging sizes are available upon request.
A: Yes. LT is offered in private label, OEM, and distributor-ready formats. It can be packaged in powder, liquid, block, or tablet form to meet the needs of B2B buyers across different markets.
A: Yes. LT blocks contain all-natural, non-GMO bacteria and are safe for fish, aquatic plants, pets, and wildlife. They are also safe for recreational water, which can be used immediately after application.
A: LT is supplied in multiple dosing options to fit different systems:
A: Place blocks where there is good circulation—such as near aerators, inlets, or suspended from docks or platforms. Circulation helps disperse the microbes evenly for reliable sludge digestion and water quality improvement.
A: Yes. LT is available as a slow-release block designed for easy dosing in ponds, lagoons, and wastewater treatment systems. The block format steadily delivers low temperature lagoon and pond bacteria into the water, ensuring consistent activity through the winter months.
A: Each LT block is formulated to dissolve gradually over about 30 days, depending on water temperature, flow, and organic load. As a general guide, one block can maintain microbial activity in approximately one acre of pond or lagoon surface area. Multiple blocks can be applied for larger systems or higher loading conditions.
A: Absolutely. LT is effective for ponds that experience sludge buildup, odor, or algae problems in winter. By maintaining microbial activity in cold water, LT prevents nutrient surges and ensures smoother pond recovery as temperatures rise.
A: Standard microbial products lose about 50% of their activity for every 10 °C temperature drop. In cold weather, this means treatment slows dramatically, leading to sludge buildup, odor, and compliance issues. LT’s cold weather wastewater microbes are engineered for winter wastewater treatment, keeping systems stable and reducing seasonal disruptions.
A: Yes. LT is formulated for activated sludge cold weather performance and works well in SBR cold weather treatment and MBBR cold temperature systems. It also improves stability in lagoons and ponds where operators need low-maintenance, reliable microbial activity during winter.
A: By improving biological efficiency in winter, LT reduces sludge hauling, dredging, and chemical costs. It also minimizes aeration energy demand by keeping the biomass active and stable in cold conditions.
A: LT supports critical biological functions that are normally compromised at low temperatures:
A: Yes. LT’s cold-active microbes accelerate sludge digestion at low temperatures, limiting solids buildup. This prevents nitrogen and phosphorus release that drive odors, TSS spikes, and algae blooms during spring thaw.
A: LT is a specialized blend of low temperature wastewater treatment bacteria designed for cold weather operations. These cold-active, psychrotolerant strains retain ~90% biological activity at 4 °C/39 °F, allowing wastewater plants, lagoons, and ponds to maintain treatment efficiency when conventional microbes slow down. LT supports reliable BOD, COD, TSS, and sludge reduction in winter conditions.
A: Contact our sales team directly to discuss your application, request a sample, or get a bulk or wholesale pricing quote. We work with OEM product developers, distributors, and end users across the petroleum, industrial, and environmental remediation sectors.
A: Yes. We produce PT in the USA at our Wisconsin microbial fermentation facility under strict quality control standards.
A: PT is available in powder, liquid, block, and tablet forms, with multiple packaging sizes to suit bulk, wholesale, and private-label needs.
A: Oil & gas, petrochemical, refinery, WWTP, transportation, manufacturing, stormwater management, soil remediation and environmental remediation sectors worldwide.
A: You can purchase Petroleum Treat (PT) directly from Bio-Green Planet, with bulk, wholesale, OEM, and private-label options available. We supply B2B buyers worldwide, including remediation contractors, refineries, and wastewater operators.
A: PT is effective in API/CPI separators, DAF/IGF units, aeration basins, activated sludge, MBBR, SBR, lagoons, lift stations, sumps, and stormwater BMPs. For soil, it’s ideal for landfarming, biopiles, compost-enhanced treatment, and in situ oxygen-based bioremediation.
A: Yes. PT is a widely-used microbial base for petroleum-specific cleaners, degreasers, and eco-friendly remediation products. Its non-toxic, non-GMO, spore-forming bacteria are OEM- and private-label ready in powder, liquid, block, or tablet form.
A: PT is recommended for petrochemical plants, refineries, oil & gas facilities, industrial sites with oily wastewater, and remediation projects with petroleum-contaminated soils. It performs under variable pH, temperature, and load conditions - see our technical data section for details.
A: By improving microbial efficiency and accelerating hydrocarbon breakdown, PT can shorten project timelines, cut chemical usage, and reduce waste hauling and disposal. In wastewater, it also improves separator efficiency and lowers sludge yield.
A: Petroleum Treat (PT) is a high-performance microbial blend of petroleum-degrading bacteria for wastewater treatment and soil remediation. It contains strains that produce biosurfactants and enzymes to emulsify and break down petroleum hydrocarbons, lubricating oils, PAHs, and FOG. PT works in both aerobic and facultative systems.
A: Yes. PT contains bacteria that degrade petroleum hydrocarbons, lubricating oils, and FOG. It performs in separators, DAF/IGF units, and downstream biological treatment stages.
A: Absolutely. PT is proven to reduce O&G, COD, and TPH while boosting microbial activity in API/CPI units, aeration basins, clarifiers, and other refinery systems.