How RXSOL 3935 Works

RXSOL 3935 uses sodium hypochlorite chemistry to provide available chlorine in aqueous systems.

Depending on pH, available chlorine exists primarily as hypochlorous acid and hypochlorite ion. Hypochlorous acid is an effective antimicrobial species that can oxidize and disrupt essential cellular components of microorganisms.

This oxidation mechanism helps control microorganisms in properly managed industrial water-treatment systems.

Benefits of RXSOL 3935

A sodium hypochlorite-based oxidizing biocide such as RXSOL 3935 offers:

• Effective microbiological control

• Oxidizing biocide action

• Liquid-form chemical dosing

• Control of slime-forming microorganisms

• Helps reduce biological fouling

• Suitable for automated dosing systems

• Useful for cooling-water treatment

• Applicable to selected wastewater disinfection systems

• Suitable for selected RO pretreatment applications

• Practical alternative to gaseous chlorine in appropriate applications

RXSOL 3935 for Cooling Towers

Cooling towers and recirculating cooling-water systems can provide favorable conditions for microbiological growth.

If uncontrolled, microorganisms may contribute to biofilm, slime, biological deposits, fouling, and under-deposit corrosion.

RXSOL 3935 can be used as part of an integrated cooling-water treatment program designed around system conditions, microbiological monitoring, water chemistry, and the required oxidant residual.

RXSOL 3935 for RO Pretreatment

RO membrane systems require effective pretreatment to minimize fouling and maintain membrane performance.

Where sodium hypochlorite is used for microbiological control before RO, the residual free chlorine must be controlled because polyamide RO membranes can be damaged by oxidizing agents.

A suitable dechlorination stage should be incorporated where required, and residual chlorine should be monitored before the water enters the RO membranes.

RXSOL Membrane Antiscalant ALKA 191T is a high-performance threshold antiscalant designed to stabilize a wide range of supersaturated salt solutions, helping to prevent scale formation and maintain efficient RO system operation.

It incorporates  to improve the reliability of scale control by ensuring accurate and consistent dosing, thereby enhancing membrane protection and system performance.

RO antiscant

Scaling is caused in membranes because the level of hardness salts in the water becomes highly concentrated as it passes through the RO unit. In smaller units scale formation can be prevented by base exchange softening the make-up water but for larger systems that is very expensive. We have developed a range of easy to handle, cost effective RO Antiscalant which increase the solubility of the hardness salts so they remain in solution rather than forming scale on the membrane. Our cost effective RO antiscalants will inhibit a wide range of foulants including: calcium carbonate, calcium sulphate, barium sulphate, strontium sulphate, calcium fluoride, silica and iron.

RO Antiscalants are dosed directly to the RO feed water tank or feed water line (after pretreatment) at the recommended dosage of 1-3 mg/L and maximum dosage at 8mg/L, subject to inlet water quality and parameters is respect of Calcium Hardness, Iron, TDS, Alkalinity, pH and silica content. Maximum dilution should be 10% with RO or DI water for temperature less than 30 deg C. For higher temperature the dilution ratio can increase. 

Key Features and Benefits

• Inhibit scale formation and effectively controls corrosion
• Protects the membrane efficiently
• Enhance the plant operation and equipments life span
• Economical
• Easy in usage and handling

Antiscalant ORG EV 2035 has been specifically developed with enhanced scale inhibition and dispersant properties to provide superior control of fouling throughout the entire distillation plant.

Key Benefits

1. Improved Scale Control: Effectively inhibits alkaline scale formation across a wide range of operating conditions, including high Top Brine Temperatures (TBT).

2. Enhanced Dispersancy: Keeps suspended solids and precipitated salts dispersed in the system, preventing deposit buildup and sludge formation.

3. Reduced Fouling: Minimizes particulate fouling on heat transfer surfaces, helping to maintain optimal thermal efficiency and plant performance.

4. Lower Cleaning Frequency: Reduces the need for frequent chemical cleaning and maintenance shutdowns, leading to increased operational uptime.

5. Cost Savings: Decreases maintenance costs, cleaning chemical consumption, labor requirements, and production losses associated with fouling-related downtime.

6. Improved Plant Reliability: Helps maintain stable and efficient operation of Multi-Stage Flash (MSF) and other thermal desalination systems.

7. Extended Equipment Life: By reducing scale and deposit accumulation, Belgard EV2035 contributes to the protection and longevity of heat exchangers and other critical plant components.

Operational Advantage

With its advanced polycarboxylic acid-based formulation, Antiscalant ORG EV 2035 provides comprehensive fouling control, enabling distillation plants to operate more efficiently, reliably, and economically over extended operating periods.

SAFETY INFORMATION:

Gloves and goggles should be worn as a precaution when handling the concentrated solution. (See Material Safety Data Sheets for further information).
Antiscalant 4101  is compatible with carbon steel and other commonly used materials of construction. Observe all safety precautions shown in the material safety data sheet, available on request.

ATMP.5Na is the salt of ATMP, it can inhibit calcium carbonate particularly in water treatment system .
ATMP.5Na can be used in circulating cool system in power plant, oil refinery plant and oilfield refill water system.

• Higher differential pressure across the membranes.
• Lower permeate flux (reduced water output).
• Poorer salt rejection (lower water quality).
• Increased operating costs due to higher pumping energy and more frequent membrane replacements.

• Effective against metallic fouling – Removes oxides of iron, manganese, and aluminium that conventional cleaners often struggle with.
• Reduces downtime – Restores membrane performance quickly, reducing plant interruptions.
• Protects your investment – Extends the life of expensive membrane elements, delaying costly replacements.
• Cost-efficient – Improves overall plant performance and lowers energy costs by reducing differential pressure.
• Safe & practical – Low foaming powder form, easy to handle, store, and apply in CIP systems.

Materials Compatibility:
Corrosion-resistant equipment, such as PVC, should be used for the storage and preparation of this product. Pumping materials coming in contact with the concentrated or diluted products should also be corrosion resistant.

Packaging Information:
BioClean Organic Debris Cleaner 99 (Membrane Cleaner)  is a liquid material, available in a wide variety of customized containers and delivery methods. Contact your GE representative for details.

Safety Precautions:
A Material Safety Data Sheet containing detailed information about this product is available upon request.

Key Features of Membrane Cleaner ORG 77

• Highly effective against iron oxide and hydroxide fouling.
• Provides secondary cleaning of light calcium carbonate scale.
• Buffered formulation ensures stable pH ~3.6 throughout cleaning.
• Color change indicator – exhausted solution turns red/brown when saturated with iron.
• Compatible with all major RO, NF, and UF membranes.
• Enhances system performance by restoring flow and salt rejection rates.