| Product |
Description |
Typical Applications |
Collateral |
| 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.
|
Used in petroleum refining
wastewater systems to improve plant efficiency by improving
hydrocarbon degradation, and
improving system stability
|
|
| BioRemove™ 2500 |
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, cresols, catechols, cumene, etc
|
Used in refineries
and petrochemical plants to improve plant efficiency and simplify operations by
improving the degradation of phenols and system stability
|
|
| BioRemove™ 3200 |
Contains patented microorganisms and is specially designed to degrade FOG (Fat, Oil & Grease) quickly and completely. BioRemove 3200 not only aggressively target FOG but are robust enough to thrive in a wide range of plants and applications
|
Effective in a wide
variety of food processing applications, including meat, dairy, baking, beverage,
rendering, vegetable processing, and others that experience elevated FOG levels in
the wastewater system
|
|
| 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
|
BioRemove 4200 is used in municipal wastewaters to improve plant
efficiency, increase the FOG degradation capacity, lower FOG removal costs, and
decrease the presence of prevalent FOG filamentous bacteria
|
|
| BioRemove™ 5100 |
Combination of specially selected microorganisms that are blended to treat a broad spectrum of highly complex waste waters
|
Used in industrial wastewaters to improve COD reduction and plant stability |
|
| 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.
|
Reduces foaming
and helps minimize the effects of surfactant-related upsets
|
|
| BioRemove™ 5805 |
Makes the nitrification process more robust, enabling industrial wastewater plants to withstand higher loading of toxic waste streams and waste streams containing high concentrations of ammonia or other nitrogenous compounds
|
Used in a variety of industries that use aerobic treatment to establish, maintain, or restore nitrification |
|
| BioRemove™ 5900 |
Thrives 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
|
Used in a variety of industries that use aerobic treatment to establish, maintain, or restore nitrification |
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