Categories: RO Chemicals-33
Product Short Description: Oxidizing liquid biocide and micro-organism control chemical.
Product Description:

RXSOL 3935 – Oxidizing Liquid Biocide & Microorganism Control Chemical

RXSOL 3935 is an oxidizing liquid biocide and microorganism-control chemical based on sodium hypochlorite. It is designed for microbiological control in a wide range of industrial water-treatment applications, including recirculating cooling-water systems, once-through cooling-water systems, RO pretreatment, wastewater treatment, and water disinfection.

RXSOL 3935 provides a convenient liquid approach to oxidizing biocide treatment and can be used as an alternative to gaseous chlorine in appropriately designed industrial water-treatment systems.

Product Application:

Applications of RXSOL 3935

1. Cooling Water Treatment

Microbiological growth in cooling-water systems can lead to slime, biofilm, biological fouling, reduced heat-transfer efficiency, and corrosion under deposits.

RXSOL 3935 can be incorporated into a properly designed cooling-water treatment program to help control microorganisms and maintain system cleanliness.

2. Once-Through Cooling Systems

Once-through cooling systems can also experience microbiological fouling. Sodium hypochlorite-based oxidizing treatment can help control biological growth when applied according to system requirements and applicable regulations.

3. Reverse Osmosis Pretreatment

Microbial growth can cause serious biofouling of RO membranes. RXSOL 3935 can be considered for upstream microbiological control where compatible with the overall RO pretreatment program.

Because many polyamide RO membranes are sensitive to free chlorine, adequate dechlorination is generally required before treated water reaches the membrane. The treatment system should therefore be designed and monitored accordingly.

4. Wastewater Treatment

RXSOL 3935 can be used in selected wastewater-treatment and disinfection applications where oxidizing microbiological control is required.

Treatment dosage depends on factors such as organic load, pH, temperature, contact time, water quality, and the required disinfection performance.

5. Water Disinfection

Sodium hypochlorite-based products are widely used for disinfection of suitable water streams. Proper dosing and contact-time control are important to achieve the required microbiological reduction while managing residual chlorine.

Product Dose:
Product Note:

What is RXSOL 3935?

RXSOL 3935 is a sodium hypochlorite-based liquid oxidizing biocide formulated to control microorganisms in industrial water systems.

Its available chlorine chemistry helps control bacteria, algae, slime-forming organisms, and other microbiological growth that can contribute to biofouling, deposits, and operational problems.

The product is suitable for treatment programs where reliable microbiological control is required through controlled chemical dosing.

Key Features of RXSOL 3935

  • Oxidizing liquid biocide

  • Sodium hypochlorite-based formulation

  • Effective microorganism-control chemical

  • Suitable for industrial water treatment

  • Useful for recirculating cooling-water systems

  • Suitable for once-through cooling-water applications

  • Applicable to selected RO pretreatment systems

  • Suitable for wastewater-treatment applications

  • Can be used for appropriate water-disinfection processes

  • Convenient liquid dosing

  • Suitable for automated chemical-feed systems

Free Delivery / Supply Locations : 
Oman, Bahrain, Abu Dhabi, Ajman, Al Ain, Dubai, Ras Al-Khaimah, Ras al Khaimah, Fujairah, Sharjah, Umm Al Quwain, Fujairah, Ruwais, Mina (Port) Zayed, Khalifa Port, Kizad, Port Rashid, Jebel Ali Port, DP WORLD, Jebel Ali Free Zone, Khor Fakkan Container Terminal, Port Rashid, Jebel Ali Port, Mina Kalid Port, Khor Fhakan Port ( Khawr Fakkan, Khawr al-Fakkan ), Sharjah Creek, Ajman, Port of Hamriyah, Mina Zayed Port, Mussafah port, Khalifa Port, Umm al-Nar Port, Um Al Quwain Port, Saqr Port, Port of Fujairah, Dibba Port, Jebel Dhanna, Mina Al Hamriya, Mina Rashid, All United Arab Emirates