Key ApplicationsWaste water treatment
Product DescriptionBiodegradation products assist wastewater treatment plants that just cannot degrade specific compounds. This issue can be caused by multiple factors: the variability of the compound(s) in the influent may not allow the biomass to acclimate to the material, or, the system may not be designed to achieve removal - for example; not enough residence time or high enough sludge age to achieve nitrification. In addition, the wastewater discharge permit limitations can change to require removal of specific compounds due to water quality limitations or regulatory mandates. If regulations change, influent wastewater changes, or plant operations change, the biological process of the system must be able to meet the new goals or deal with the new environment.
An effective way to improve the overall system is to improve the ability of the wastewater system’s biomass to degrade the target compound. By seeking out biodegradation products with microbes that are extremely good at degrading compounds and supplementing the biomass with them, the biomass can be changed to better remove a specific compound. This could be by either improving the speed or ultimate removal of the compound, or by making the biomass less susceptible to upsets that have negative effects on the removal rate.
Article: Novazymes Bioaugmentation
|BioRemove™ 2300||Hydrocarbons are often degraded slowly in the wastewater treatment process. At high concentrations, hydrocarbons can cause an increase in oil and grease in the final effluent and lead to filamentous outbreaks. Hydrocarbons can also become entrained in the floc. This can cause settling problems and biomass toxicity and may lead to complications with effluent toxicity. Whether hydrocarbons are degraded completely, partially, or not at all depends on the type and functionality of the microorganisms in the microbial community. BioRemove™ 2300 contains a variety of organisms that rapidly degrade hydrocarbons like alkanes and aromatic compounds. It is the most effective biological product available for improving hydrocarbon degradation in wastewater treatment.||SDS*||TDS|
|BioRemove™ 2500||Phenol can cause serious problems in the wastewater treatment process. In high enough concentrations, phenols can lead to toxicity and floc disruption. As a result, treatment becomes less efficient, settling worsens, and the plant could be at risk of permit violations. Phenols are degradable, but if the right microorganisms are not present or functional, plant stability and effluent quality could be compromised. BioRemove™ 2500 is an effective biological solution for degrading phenols and improving plant stability. The microorganisms in BioRemove™ 2500 were selected for their degradation abilities and their tolerance of high concentrations of phenols.||SDS*||TDS*|
|BioRemove™ 3200||Fats, oils, and grease (FOG) are one of the main causes of many wastewater treatment issues in the food processing industry. When FOG gets into the wastewater treatment system, it can foul sensors, cause foaming, and encourage the growth of filamentous organisms. If FOG is not properly degraded in the aeration system, it can cause permit violations. Physical removal through skimming is expensive and labor intensive. FOG is biodegradable, but in many systems the microbial community does not maintain enough of the right microorganisms to keep FOG levels under control. BioRemove™ 3200 contains patented microorganisms and is specially designed to degrade FOG quickly and completely. Novozymes' advanced screening process ensures that the microorganisms in BioRemove™ 3200 not only aggressively target FOG but are robust enough to thrive in a wide range of plants and applications.||SDS*||TDS*|
|BioRemove™ 4200||Fats, oils, and grease (FOG) are a root cause of many municipal wastewater plant issues. When FOG gets into the treatment system, it can foul sensors, cause foaming, and encourage the growth of filamentous organisms. If FOG passes through to the effluent, it can cause permit violations. If it becomes entrained in the floc, it can impact dewatering. Physical removal through skimming is expensive and labor intensive. FOG is biodegradable, but in many systems the microbial community does not contain enough of the right microorganisms to keep FOG levels under control. FOG also presents an opportunity for some municipal treatment plants that charge tipping fees for receiving grease. Increasing a plant's capacity to handle grease with BioRemove™ 4200 can provide a significant return on investment. BioRemove 4200 contains patented microorganisms and is specially designed to degrade FOG quickly and completely. It works to minimize FOG-related problems and optimize a plant's ability to handle excess FOG.||SDS*||TDS*|
|BioRemove™ 5100||Industrial wastewater presents a unique set of treatment challenges. Waste streams are constantly changing with production with harsh chemicals often making their way into the wastewater which can inhibit biological activity and be difficult to break down. A key variable in the process that determines success or failure of a treatment process is the types of microorganisms in the microbial community and the ability of the microbial community to adapt to changes in the waste stream. BioRemove™ 5100 is Novozymes' most versatile product for industrial wastewater and is effective for highly complex waste streams. It has a diverse set of microorganisms that target a wide range of organics found in a variety of industries. BioRemove™ 5100 has the broadest range of biological activity and helps keep plants in compliance and in control.||SDS||TDS|
|BioRemove™ 5400||Surfactants are necessary for cleaning in almost all industrial facilities, but they can cause serious problems at the wastewater treatment plant. Thus, surfactant degradation is a necessary process during wastewater treatment. In high enough concentrations, they can cause foaming and lead to floc disruption. If surfactants pass through to the effluent, they can lead to permit violations and surcharges. They can also cause effluent toxicity problems. Surfactant degradation is possible, but the right microorganisms have to be present and functional for this to happen. BioRemove™ 5400 provides the most effective microorganisms for surfactant degradation and improved plant stability. The microorganisms in BioRemove™ 5400 maintain effective surfactant degradation by degrading a variety of anionic and non-ionic surfactants, including nonylphenol ethoxylates and alcohol ethoxylates.||SDS*||TDS|
|BioRemove™ 5805||Ammonia removal is one of the most important and difficult processes to maintain in wastewater treatment plants. It can be impacted by various environmental factors, shock loading, toxicity, and solids loss. Success or failure of the process depends on the ability of microbial community to degrade ammonia, tolerate harsh conditions, and respond quickly after nitrification disruptions. BioRemove™ 5805 is a unique nitrification technology for a variety of wastewater types. The microorganisms in BioRemove™ 5805 thrive in a wide range of wastewater types and respond quickly during upset conditions to restore nitrification. It is the most effective biological solution for nitrification.||SDS||TDS|
|BioRemove™ 5825||Ammonia removal is one of the most important and difficult processes to maintain in wastewater treatment plants. It can be impacted by various environmental factors, shock loading, toxicity, and solids loss. Success or failure of the process depends on the ability of microbial community to degrade ammonia, tolerate harsh conditions, and respond quickly after nitrification disruptions. BioRemove™ 5825 is a unique nitrification technology for a variety of wastewater types. The microorganisms in BioRemove™ 5825 thrive in a wide range of wastewater types and respond quickly during upset conditions to restore nitrification. It is the most effective biological solution for nitrification.||SDS*||TDS|