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WWW™ ArxZyme™ Refinery HydroCarbon

Master Complex Refinery Wastewater Treatment

Transformative Biological Solution for Hydrocarbon, BOD, and Nitrogen Removal in High-Strength Industrial Applications

Transform your refinery wastewater treatment capabilities with ArxZyme™ Refinery Hydrocarbon, an innovative bioaugmentation solution engineered specifically for the demanding challenges of petrochemical and industrial processing. This chloride-resistant formulation combines specialized bacterial strains and enzymes to effectively tackle high-strength waste streams while maintaining stable biological performance.

Drawing on extensive process engineering expertise, our carefully selected consortium of microorganisms works synergistically to reduce toxicity, prevent system upsets, and consistently meet stringent effluent requirements. The result is a robust biological treatment solution that maintains effectiveness even in the presence of challenging chemical compounds and elevated chloride levels.

Whether you're managing refinery wastewater, fracking flowback, or other high-strength industrial processes, ArxZyme™ Refinery Hydrocarbon delivers reliable performance through its rapid-establishment technology. Our advanced formulation quickly overcomes the initial lag phase, establishing strong biological activity that maintains consistent treatment efficiency even under variable loading conditions.

Advanced Formulation Features:

  • High-strength dry/liquid blend featuring specialized chloride-resistant bacterial strains and targeted enzymes
  • Engineered for rapid establishment and sustained performance in high-strength industrial applications
  • Available in both powder (2.27×1012 CFU/lb) and liquid formats (2.76×1011 to 1.02×1013 CFU/gallon)
  • Optimized for performance in elevated chloride environments and complex waste streams
Key Benefits
  • Superior Flocculation and Settling Characteristics
  • Maintains Stable Biological Performance
  • Improved Removal of BOD, Nitrogen and Phosphorus
  • Minimized Inhibition and Toxicity Events
  • Reliable Performance in High-Chloride Environments
Applications
  • Refineries
  • Fracking OperationsTreatment of flowback and produced water
  • Activated Sludge SystemsEnhancement of biological treatment capacity
  • Equalization Basins
  • Tertiary Filters
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 Measure biological activity and treatment capacity
  • Health Panel Comprehensive monitoring including BOD, COD, Nitrogen, Phosphorus, pH and TSS
Frequently Asked Questions

How does ArxZyme Refinery Hydrocarbon handle varying influent concentrations?

Our formulation is specifically engineered to maintain stability under variable loading conditions, with rapid-establishment technology that helps maintain consistent treatment efficiency even during significant fluctuations in influent strength.

What makes this product effective in high-chloride environments?

The bacterial strains in our formulation have been specifically selected and adapted for chloride resistance, ensuring sustained performance in environments where conventional bioaugmentation products may fail.

How quickly can I expect to see results after implementation?

The product is designed to overcome initial lag phase rapidly, with most systems showing measurable improvements in treatment efficiency within 1-2 weeks of proper application.

Can this product be used in conjunction with existing chemical treatment programs?

Yes, ArxZyme Refinery Hydrocarbon is compatible with most standard chemical treatment programs. However, we recommend reviewing your current chemical usage with our technical team to optimize overall treatment effectiveness.

What is the recommended dosing strategy for optimal results?

Dosing requirements vary based on system parameters and treatment goals. Our technical team provides customized dosing recommendations based on detailed analysis of your specific application and operating conditions.

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