MICRO BIOCIDE Cooling Water

Application and Dosage of MICRO BIOCIDE Cooling Water

Typically RXSOL-40-4009-025 should be dosed to give 80 ppm (80 g per 1000 lt). Dose at 160 ppm (160 g per 1000 Lt) for heavily fouled systems. Do not mix with other chemicals. Can be dosed by hand or through automatic dosing equipment. It is always advisable to carry out a ‘Control Of Substances Hazardous to Health’ (COSHH) assessment before use. For further technical assistance concerning RXSOL-40-4009-025 please contact us.

WEEKLY CONTROL DOSE: When microbial control is evident, add 100 to 500 ml per MICRO BIOCIDE Cooling Water RXSOL-40-4009-025  for per 3000 to 5000 Ltr of water in the system

AIR WASHER SYSTEMS: Add to the air washer sump or chill water sump to insure uniform mixing, 200 ml  - 3 Ltr of MICRO BIOCIDE Cooling Water RXSOL-40-4009-025  for per 3000 to 5000 Ltr of water in the system, DOSE ration directly proportional of  contamination to control microbial biofilms, bacteria, fungi, and algae which cause fouling in industrial air washer systems.Dose Ratio of RXSOL-40-4009-025 for CONTINUOUS FEED METHOD  Maintain this treatment level by adding a continuous feed of 100 ml to 1000 ml of MICRO BIOCIDE Cooling Water RXSOL-40-4009-025  per 1000 gallon of makeup water).NOTE : Badly fouled systems must be cleaned before initial treatment.Dose Ratio of RXSOL-40-4009-025 for INDUSTRIAL WASTEWATER TREATMENT SYSTEMS AND SEWAGE SYSTEMSINITIAL DOSE for Noticeably Fouled Condition: 500 ml - 4000 ml of MICRO BIOCIDE Cooling Water RXSOL-40-4009-025  per 3000 Ltr of water in the system. Repeat until control is achieved. Badly fouled systems should be cleaned before treatment is begun.SUBSEQUENT DOSE: When microbial control is evident, add 100 ml  - 100 ml MICRO BIOCIDE Cooling Water RXSOL-40-4009-025  per 3000 Ltr of water in the system.

Specification

Form:Liquid
Colour:Blue-green
pH:3 – 5
Specific gravity:>1.2
Solubility in water:Completely miscible
Boiling point:>100 oC
Decomposition temp:Decomposes at boiling point

Features and Benefits

• High performance broad spectrum biocide
• Ideal for open re-circulating cooling systems and evaporative condensers
• Effective against a wide range of bacteria, algae and slimes
• Effective against Legionella strains, the causitive organism of Legionnaires’ disease
• Effective against sulphate reducing bacteria
• Low foaming
• Effective over broad pH range
• Can be dosed in conjunction with other organic biocides to help clean up badly fouled systems

Real-World Benefits of Biocides in Industrial Chiller Towers:

• Combat Biofouling in High-Load Systems
• Prevent Microbiologically Influenced Corrosion (MIC)
• Enhance Heat Transfer Efficiency
• Ensure System Reliability in Continuous Operations
• Protect Worker Safety & Compliance
• Reduce Chemical & Water Consumption
  

Controlled microbial growth leads to fewer cycles of concentration and reduced blowdown, saving water and reducing the need for additional chemicals.

 Application in Industries:

• Oil & Gas Refineries: Prevents biofouling in high-temperature towers
• Steel & Cement Plants: Keeps heavy-duty cooling systems efficient
• Pharmaceutical Manufacturing: Ensures clean water circulation
• HVAC Systems in Malls & Airports: Maintains comfort and safety

 Conclusion:
Biocide treatment is not just maintenance—it's a strategic safeguard against efficiency loss, equipment damage, and regulatory issues in industrial cooling operations.