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Aromatic-Ring Degradation Microbial Consortium
Aromatic-Ring Degradation Microbial Consortium Model No.:XZ8831

GZXZEP Aromatic-Ring Degradation Microbial Consortium is a specialized bioaugmentation culture developed for wastewater containing persistent aromatic organic compounds. Its selected microorganisms op…

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Product Introduction Key Advantages Application Industries Technical Specifications Working Principle Packaging & Storage Why Choose GZXZEP Chemicals?

GZXZEP Aromatic-Ring Degradation Microbial Consortium is a specialized bioaugmentation culture developed for wastewater containing persistent aromatic organic compounds. Its selected microorganisms open and biodegrade aromatic-ring structures, helping reduce refractory COD and improve the biological treatability of complex industrial wastewater.
It is widely used in chemical, petrochemical, coking, pharmaceutical, printing and dyeing wastewater treatment systems.

• High viable count for targeted refractory-organic degradation. • Breaks large aromatic molecules into more biodegradable intermediates. • Supports COD/BOD removal and shock resistance. • Suitable for hydrolysis-acidification or biological tanks.
• Chemical and petrochemical wastewater. • Coking wastewater. • Pharmaceutical wastewater. • Printing and dyeing wastewater.
• Model: XZ8831. • Form: Powder. • Viable cell count: ≥1.0×10¹⁰ CFU/g. • Dosing point: Hydrolysis-acidification or biological tank. • Dose: Set by water sample and loading.
1. Specialized enzymes open aromatic-ring structures. 2. Large refractory molecules are converted into smaller intermediates. 3. The existing biological community then completes further degradation.
• Packaging: 25 kg moisture-resistant bag. • Storage: Store sealed in a cool, dry and shaded place. Protect from moisture, heat and direct sunlight. • Reseal opened bags immediately to prevent moisture uptake and contamination.
• Customized formulation — The strain combination, activation method and dosage plan are selected according to pollutants, biological process, temperature and loading. This normally provides better treatment performance and overall cost efficiency than a one-formulation-for-all product. • In-house manufacturing — Competitive factory pricing, stable batch quality and fast lead times. • In-house laboratory — Rapid sample testing, formulation screening and continuous product improvement. • Engineering support — Professional engineers provide product selection, dosing, commissioning and after-sales troubleshooting support.