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Bactéries anaérobies, 10 milliards de bactéries vivantes par gramme, très efficaces pour le traitement de l'eau

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January 30, 2023
Category Connection: Agents bactériens
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Tags:
#bactéries de purification d'eau #traitement des eaux résiduaires de bactéries #bactéries dans le traitement des eaux usées
Brief: Découvrez la poudre d'agents bactériens anaérobies très efficaces contenant 20 milliards de bactéries vivantes par gramme, conçue pour un traitement efficace de l'eau. Ce produit est idéal pour le traitement des eaux usées municipales, chimiques, de teinture, d'impression, de lixiviat de décharge et alimentaire, offrant une dégradation élevée de l'azote ammoniacal et une efficacité de nitrification améliorée.
Related Product Features:
  • Contains 20 billion viable vibrio per gram for powerful water treatment.
  • Main ingredients include Pseudomonas, Bacilli, nitrification, and denitrification bacteria.
  • Highly effective in degrading ammonia nitrogen and improving nitrification efficiency.
  • Suitable for various wastewater types including municipal, chemical, and industrial.
  • Enhances system stability and recovery from shock loads.
  • Works effectively in temperatures ranging from 8℃ to 60℃.
  • Resistant to high salinity and chemical toxicity, including heavy metals.
  • Environmentally friendly with no secondary pollution.
Les questions:
  • What types of wastewater can this anaerobic bacteria agent treat?
    This product is suitable for municipal wastewater, chemical wastewater, dyeing and printing wastewater, landfill leachate, and food wastewater treatment.
  • How does this product improve ammonia nitrogen treatment efficiency?
    The anaerobic bacteria agent degrades ammonia nitrogen efficiently and improves nitrification efficiency by more than 60%, without changing the treatment process.
  • What are the optimal conditions for using this bacteria agent?
    The best conditions include a pH range of 6.6-7.8, temperature between 26-32℃, and dissolved oxygen levels of at least 2mg/L for optimal bacterial growth and treatment efficiency.
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