About Reverse Osmosis Biocides
The product is effective, general-purpose bactericide but hydrolyzes rapidly above pH 8.0. It is suitable for bacterial slime cleanup where high levels of organics and biomass are present. It functions in conjunction with chlorine. The product is suitable for once-through cooling systems, because of its fast acting biocidalaction (contact time often less than 1 hour).
Contents:
It contains active solution of 2,2- Dibromo-3-Nitrilopropionamide along with suitable solubilizers and other additives, stabilizers, which are known for its effectiveness on the microbes.
Advantage:
- Kills / destroys, as well as inhibits or control the growth or propagation of bacteria, fungi (including yeasts and molds) and algae in dormant, immature developing and / or mature stages
- Nullify serious adverse effects from the activity of such microbes on the raw materials employed by different industries on various
Efficient Microbial Control for RO SystemsThese RO biocides have been formulated to deliver effective control of microbial growth and biofouling, ensuring optimal performance and longevity of membrane systems. Their non-oxidizing nature minimizes potential damage to sensitive membrane materials, and the product is compatible across most standard RO systems. Suitable for use in industrial water treatment operations, these biocides safeguard water purity and system integrity.
Easy Application and Reliable StorageReverse Osmosis Biocides are supplied in liquid form within durable HDPE drums, facilitating safe handling and transfer. The product remains stable for up to 12 months if stored in a cool, dry location away from direct sunlight. Their high solubility and recommended dosages allow straightforward integration into maintenance routines, enhancing system management for exporters, manufacturers, and suppliers in India.
FAQs of Reverse Osmosis Biocides:
Q: How are RO biocides applied in reverse osmosis systems?
A: RO biocides are typically dosed directly into the feed water at concentrations ranging from 10 to 30 ppm, depending on the extent of biofouling or microbial contamination. Exact dosing should follow manufacturer recommendations for optimal results.
Q: What benefit does using a non-oxidizing, low toxicity biocide offer for RO membranes?
A: Non-oxidizing, low-toxicity biocides protect RO membranes from degradation and extend their operational lifespan, while effectively controlling bacterial and algae growth without compromising water quality or damaging membrane materials.
Q: When should RO biocides be used during system operation?
A: RO biocides are best used as part of a preventive maintenance routine or when monitoring indicates increased biofouling or microbial presence. Regular dosing can help avert extensive contamination and maintain consistent system efficiency.
Q: Where should the product be stored to ensure maximum shelf life?
A: To preserve quality and efficacy, store RO biocides in HDPE drums placed in a cool, dry area, far from direct sunlight, and secure from temperature extremes. Proper storage ensures up to 12 months shelf life.
Q: What is the process for determining the correct dosage of RO biocide?
A: Dosage depends on the degree of contamination in the system and is usually specified by the manufacturer. Typically, dosing falls between 10 and 30 ppm, but regular system monitoring and water analysis help optimize application.
Q: Can RO biocides be used with all types of RO membrane materials?
A: Yes, these biocides are engineered for compatibility with most commercial RO membrane materials, reducing the risk of adverse reactions or membrane impairment during use.