WWW™ ArxZyme™ Dairy

Name: ArxZyme™ Dairy
Brand: ArxZyme

Master Dairy Wastewater Challenges with Precision Bioaugmentation

Sophisticated Biological Solution for Complex Dairy Processing Effluent

Bolster your dairy wastewater treatment performance with ArxZyme™ Dairy, our specialized bioaugmentation formula engineered specifically for the unique challenges of dairy processing effluent. This sophisticated blend targets the complex matrix of proteins, fats and variable nutrient loads that typically plague dairy wastewater systems, delivering superior control over foaming and filamentous growth while optimizing overall treatment efficiency.

Our synergistic formulation accelerates the breakdown of problematic proteins and FOG while maintaining optimal C:N:P ratios crucial for stable biological treatment. By addressing multiple challenges simultaneously, ArxZyme™ Dairy helps facilities achieve consistent compliance, reduce operational headaches, and maintain peak system performance even during production variations.

Whether you're battling persistent foaming issues, struggling with poor settling or seeking to enhance overall nutrient removal, ArxZyme™ Dairy provides the targeted biological support your system needs. Our carefully selected consortium of bacteria and enzymes works in harmony to improve flocculation, enhance settling, and maintain robust treatment capacity while preventing the operational issues common to dairy wastewater treatment.

Advanced Formulation Features:

High-strength blend of specialized bacteria and enzymes targeting protein and FOG degradation
Engineered for rapid establishment and sustained performance in dairy wastewater environments
Available in both powder (2.27×10¹² CFU/lb) and liquid (2.76×10¹¹ to 1.02×10¹³ CFU/gallon) formulations
Optimized for superior foam control and filament suppression

Key Benefits

Accelerated Protein and FOG Degradation
Enhanced Foam Control and Filament Suppression
Improve Oxygen Uptake Rate
Accelerated Protein and FOG Degradation
Optimized Nutrient Removal Efficiency
Increased Resistance to Cleaning Chemical Inhibition
Stable Performance During Production Variations

Applications

Dairy Processing Wastewater — Primary and secondary treatment systems
Equalization Basins — Maintain biological activity and prevent septic conditions
Activated Sludge Systems — Enhance biological performance and settling characteristics

Recommended Analysis

BOD: Nitrogen: Phosphorus Ratio — Ensure balanced nutrient conditions
pH Monitoring — Maintain optimal operating conditions
Inhibition Panel — Identify potential toxic compounds affecting treatment, includes QAA/PAA analysis, microscopy, OUR and MLSS
Health Panel — Comprehensive monitoring including BOD, COD, Nitrogen, Phosphorus, pH and TSS
Oxygen Uptake — Measure biological activity and treatment capacity
Microscopy — Visual assessment of microbial health and diversity

Frequently Asked Questions

How quickly can I expect to see results after adding ArxZyme Dairy to my system?

Most facilities observe initial improvements in foam control and settling within 1-2 weeks of consistent application, with full system optimization typically achieved within 4-6 weeks.

Will ArxZyme Dairy remain effective during CIP (Clean-in-Place) cycles?

Yes, our formula is specifically designed to maintain biological activity even when exposed to typical dairy cleaning chemicals, though dosing adjustments may be recommended during intensive cleaning cycles.

How does ArxZyme Dairy handle variable loading conditions?

The product is engineered to adapt to the fluctuating nature of dairy processing waste streams, maintaining stable performance across varying organic and hydraulic loads.

Can ArxZyme Dairy be used in conjunction with other treatment chemicals?

Yes, ArxZyme Dairy is compatible with most standard treatment chemicals. However, we recommend reviewing your current chemical program with our technical team to optimize overall treatment effectiveness.

What makes ArxZyme Dairy different from general-purpose bioaugmentation products?

ArxZyme Dairy is specifically engineered for the unique challenges of dairy wastewater, with specialized strains selected for protein degradation, FOG handling, and resistance to dairy-specific inhibitors.