The most common oxygen scavengers in oilfield production are sodium bisulfite (SBS) and ammonium bisulfite (ABS). Ammonium bisulfite is more water soluble than sodium bisulfite and typically react with oxygen faster. However, ammonium in the ammonium bisulfite can promote bacteria growth.

Being a salt of a weak acid and a strong base, sodium bisulfite forms a significantly basic aqueous solution whereas ammonium bisulfite is only slightly basic at around pH 8. As a rule of thumb, 60ppm of 65wt% ammonium bisulfite is required to reduce the oxygen concentration in water from 9ppm to 50ppb.

The reaction of bisulfite with oxygen is typically faster at higher temperatures and can be facilitated by transition metal ion catalysts, e.g. Cobalt.

The most common applications of oxygen scavenger in oil and gas production are for seawater injection facilities, hydro-testing, and acid stimulation

It is used to arrest oxygen in sea water

It removes Entrapped Oxygen and thus reduces Corrosion

In Oil Drilling Chemicals

Performance Requirement

• Maintains dissolved oxygen (DO) below the specified operating limit.

• Effectively prevents oxygen-induced corrosion.

• Suitable for continuous dosing in industrial water treatment systems.

• Compatible with membrane and boiler water treatment programs (where applicable).

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How does RXSOL MUD THINNER 1000 work?

• Lower plastic viscosity
• Reduced yield point
• Lower gel strengths
• Improved fluidity
• Better solids suspension
• Reduced torque and drag
• Enhanced drilling efficiency

Advantages of Drilling Foam:

• Environmentally friendly and biodegradable, it does not pollute
• Generates instant high foam quality of exceptional stability
• Economical, produces stable foam at low concentrations
• Compatible with all types of makeup water including brackish, salty and hard water
• Improves hole cleaning and increases penetration rates

• Controls barium, strontium, and calcium sulphate scales effectively.
• Provides strong inhibition of calcium carbonate scaling.
• Designed specifically for formation scale squeeze applications.
• Delivers extended squeeze life through controlled inhibitor release.
• Effective at low treatment dosages (5–50 ppm).
• Performs reliably in high-salinity and seawater systems.
• Maintains stability under elevated temperature conditions.
• Fully soluble in water and ethylene glycol.
• Compatible with most oilfield production chemicals.
• Reduces scale deposition in tubing, flowlines, and separators.
• Helps maintain production efficiency and flow assurance.
• High flash point ensures safer handling and storage.
• Low pour point enables use in colder operating environments.
• Minimizes well interventions and operational downtime.
• Cost-effective alternative to conventional phosphonate inhibitors.

Broad-spectrum CMIT/MIT-based diesel biocide formulated in dipropylene glycol to control bacterial and fungal contamination in fuel storage systems. Prevents sludge formation, corrosion, and fuel degradation. Powerful diesel biocide combining CMIT/MIT actives for long-term microbial protection. Keeps diesel clean, prevents filter clogging, and protects tanks from corrosion. Advanced isothiazolinone biocide for diesel and fuel systems. Controls microbial growth, protects against corrosion, and extends fuel life. Effective fuel preservative that kills bacteria and fungi in diesel storage tanks, preventing sludge and fuel spoilage.