Multi-microbe blend, Powder

BioRemove™ COD SF

BioRemove™ COD SF delivers improved degradation of nonionic and anionic surfactants. The result is less foaming and fewer severe surfactant-related upsets at your plant. BioRemove™ COD SF is suitable for use at system start-up.

Target industries: All wastewater types

 
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Description Details

BioRemove™ COD SF contains a blend of microorganisms that can degrade a variety of surfactants. These include nonylphenol ethoxylates (NPEs) and linear and branched-chain alcohol ethoxylates. The benefits for your plant include lower operating costs and improved plant efficiency. 

Effectively degrades hard COD

High levels of recalcitrant organics can be difficult to remove  and increase COD. That leads to a range of problems for your plant. This product effectively degrades hard COD improving your plant's effluent quality.

Removes surfactants

Surfactant-related upsets impact your plant's stability. This product helps protect your system from this instability and simplify operations. It can also help you reduce permit violations and surcharges for surfactants. 

Prevents surfactant-related foaming 

Surfactants are a common component in wastewater. They're also a common source of excessive foam at treatment plants. Solutions include expensive defoamers, physical removal, or a temporary reduction in aeration. This product degrades a variety of surfactants to reduce surfactant-related foaming. That means lower costs and improved stability for your plant.  

A PVC emulsion polymer plant applied BioRemove™ COD SF to meet effluent compliance

A PVC emulsion polymer plant applied BioRemove™ COD SF to meet effluent compliance

The application of BioRemove™ COD SF achieved the plant 95% removal rate efficiency, bringing Methylene Blue Active Substances (MBAS) effluent levels below <0.1 l/mg.

Read the full case and explore how BioRemove™ COD SF can improve your plant.

Which product is right for you?

Find the right solution for you in our global portfolio, shown below. To find out more about products available in your region, get in touch with your local Novozymes representative.

* ++ equals highest benefit. 

Effective at low temperatures
Improves floc formation and settleability
Effective in anoxic and anaerobic environments
Effectively degrades hard COD
Removes surfactants
Controls fats, oils and grease levels
Prevents filamentous foaming
Prevents surfactant-related foaming
Removes hydrocarbon and phenol
Increases biogas production
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BioRemove™ COD SF
Effective at low temperatures
Improves floc formation and settleability
Effective in anoxic and anaerobic environments
Effectively degrades hard COD
Removes surfactants
Controls fats, oils and grease levels
Prevents filamentous foaming
Prevents surfactant-related foaming
Removes hydrocarbon and phenol
Increases biogas production
BioRemove™ COD
More
Effective at low temperatures
Improves floc formation and settleability
Effective in anoxic and anaerobic environments
Effectively degrades hard COD
Removes surfactants
Controls fats, oils and grease levels
Prevents filamentous foaming
Prevents surfactant-related foaming
Removes hydrocarbon and phenol
Increases biogas production
BioRemove™ COD LT
More
Effective at low temperatures
Improves floc formation and settleability
Effective in anoxic and anaerobic environments
Effectively degrades hard COD
Removes surfactants
Controls fats, oils and grease levels
Prevents filamentous foaming
Prevents surfactant-related foaming
Removes hydrocarbon and phenol
Increases biogas production
BG Max™ 3000
More
Effective at low temperatures
Improves floc formation and settleability
Effective in anoxic and anaerobic environments
Effectively degrades hard COD
Removes surfactants
Controls fats, oils and grease levels
Prevents filamentous foaming
Prevents surfactant-related foaming
Removes hydrocarbon and phenol
Increases biogas production
Effective at low temperatures
Improves floc formation and settleability
Effective in anoxic and anaerobic environments
Effectively degrades hard COD
Removes surfactants
Controls fats, oils and grease levels
Prevents filamentous foaming
Prevents surfactant-related foaming
Removes hydrocarbon and phenol
Increases biogas production
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