WWW™ ArxZyme™ Chemical Processing

Name: ArxZyme™ Chemical Processing
Brand: ArxZyme

Treat Complex Chemical Processing Wastewater with Confidence

Advanced Biological Solution for High-Strength Industrial Effluent Treatment

Master your chemical processing wastewater treatment with ArxZyme™ Chemical Processing, our most advanced bioaugmentation solution engineered specifically for challenging industrial applications. This powerful formulation tackles the toughest chemical processing challenges, including extreme BOD/COD levels, volatile fatty acids (VFAs), chlorides, acetones, and various hydrocarbons that typically overwhelm conventional treatment systems.

Drawing on decades of experience in chemical processing applications, we've developed a revolutionary blend that thrives in environments where other solutions fail. Our specialized consortium of bacteria and enzymes rapidly establishes robust biological activity even in the presence of inhibitory compounds, ensuring consistent treatment performance when you need it most.

Whether you're managing pharmaceutical waste streams, metal finishing effluent, or refinery wastewater, ArxZyme™ Chemical Processing delivers reliable results in high-strength applications. Our carefully engineered formula helps prevent system washouts, reduces toxicity, and maintains stable biological performance even under variable loading conditions.

Advanced Formulation Features:

High-strength dry/liquid blend featuring specialized probiotic enzymes and bacterial strains selected for chemical processing applications
Engineered to overcome inhibition and rapidly establish treatment capacity in toxic environments
Available in both powder (2.27×10¹² CFU/lb) and liquid formats (2.76×10¹¹ to 1.02×10¹³ CFU/gallon) for flexible application options
Synergistic blend optimized for rapid startup and sustained performance in challenging conditions

Key Benefits

Rapid Reduction of High BOD and COD Levels
Enhanced Removal of Difficult Compounds Including VFAs and Hydrocarbons
Improved Biological Stability in Toxic Environments
Superior Flocculation and Settling Characteristics
Reduced System Washouts and Upsets

Applications

Chemical Processing and Manufacturing
Refineries
Pharmaceutical Manufacturing
Metal Finishing Operations

Recommended Analysis

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

Frequently Asked Questions

How quickly can ArxZyme Chemical Processing establish treatment capacity in a new system?

Our specialized formula is designed to overcome the initial lag phase rapidly, typically establishing effective treatment within 24-48 hours of application, even in challenging chemical processing environments.

Can this product handle variable influent characteristics common in chemical processing?

Yes, the diverse bacterial consortium is specifically selected for resilience to shock loads and varying waste stream compositions, maintaining stability through fluctuating conditions.

What makes ArxZyme Chemical Processing different from standard bioaugmentation products?

Our formula is specifically engineered for high-strength chemical processing applications, featuring specialized strains that thrive in toxic environments and effectively degrade complex chemical compounds.

How does the product prevent system washouts?

The robust bacterial population and rapid growth characteristics help maintain biological stability even during toxic events, while our specialized strains adapt quickly to changing conditions.

What support is available for optimization and troubleshooting?

Our technical team provides comprehensive application support, including system analysis, dosing recommendations, and ongoing optimization assistance based on our extensive experience in chemical processing applications.