Multi-microbe + enzyme blend, Powder

BG Max™ 3000

BG Max™ 3000 increases biogas production and makes anaerobic systems more efficient. It's ideal for industries that use anaerobic treatment for high-strength wastewaters. BG Max™ 3000 is a blend of beneficial microorganisms and fast-acting enzymes.

Target industries: Industrial wastewater

 
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Key Benefits Description
  • Improves anaerobic COD degradation

    Not all systems reduce COD aerobically. This product contains a blend of microorganisms suited to anoxic and anaerobic environments. This means it can continue to remove COD even in the absence of oxygen. 

  • Increases biogas production

    This product is highly active during the hydrolysis and acidogenesis steps of biogas generation. Its blend of microorganisms and enzymes allow it to degrade a wide range of organic compounds. It also contains facultative microorganisms that thrive in both anaerobic and aerobic systems. The result is higher biogas yields for your plant.

  • Improves anaerobic treatment efficiency

    During changes in loading, influent composition and operator conditions, this product helps maintain anaerobic treatment performance. 

Anaerobic wastewater systems treat high-strength waste streams. But they're also very sensitive to fluctuations in loading, changes in wastewater composition and operating conditions. The blend of microorganisms and enzymes in BG Max™ 3000 helps overcome these deficiencies. The result is improved biogas generation and anaerobic treatment efficiency. 

BG Max™ 3000 optimized brewery production by decreasing COD removal and improving water quality

BG Max™ 3000 optimized brewery production by decreasing COD removal and improving water quality

A treatment with BG Max™ 3000 was initiated in a brewery to optimize the performance of the Wastewater Treatment Plant.

Read the full case and explore how BG Max™ 3000 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
Improves anaerobic COD degradation
Increases biogas production
Improves anaerobic treatment efficiency
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BG Max™ 3000
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
Improves anaerobic COD degradation
Increases biogas production
Improves anaerobic treatment efficiency
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
Improves anaerobic COD degradation
Increases biogas production
Improves anaerobic treatment efficiency
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
Improves anaerobic COD degradation
Increases biogas production
Improves anaerobic treatment efficiency
BioRemove™ COD SF
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
Improves anaerobic COD degradation
Increases biogas production
Improves anaerobic treatment efficiency
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
Improves anaerobic COD degradation
Increases biogas production
Improves anaerobic treatment efficiency
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