Ammonium Bisulfite Oxygen Scavenger

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Drilling Fluids & Mud Oil Field chemicals-81

Ammonium Bisulfite Oxygen Scavenger

SKU: RXSOL-81-6119-220
Ammonium Bisulfite corrosion inhibitor acts as oxygen scavengers used to effectively remove dissolved OXYGEN
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Technical Specifications

PHYSICAL AND CHEMICAL PROPERTIES

Formula (NH4HSO3)
Molecular Weight 99
Physical appearance Clear, Yellow coloured solution free From foreign particles.
Ammonium Bisulphite NH4HSO3 percentage by mass 65 % Min.
Specific Gravity 1.37 TO 1.39
pH 4 - 5
Description Yellow coloured liquid having strong smell of Sulphur Dioxide.
Standard Packing

250 Kgs. HDPE Drum

1000 Liters Intermediate Bulk container (IBC)

Special packaging requirements can be accommodated.

 

Application & Dosage

Oxygen Treatment scavenger is a class of chemicals added to react and remove oxygen in water to protect against oxygen induced corrosion. The use of Ammonium Bisulfite  as a chemical deoxygenator is economical within certain limitations imposed by the dissolved oxygen content. Ammonium Bisulfite is relied on as the sole means of oxygen removal. Generally, costs are balanced by removal of as much of the oxygen as feasible by mechanical means, e.g. deaerator and by using Ammonium Bisulfite to react with the residual oxygen.

To prevent corrosion and pitting it is desirable to feed the Ammonium Bisulfite.

Theoretically, 7.88 pounds of RXSOL-81-6119-220 are required to remove one pound of oxygen. The efficiency of the oxygen removal is estimated at 75 per cent to allow for oxidation in contact with air, blowdown losses, etc. Therefore it is estimated that 10 pounds of RXSOL-81-6119-220 are required for each pound of oxygen removed (or 10 ppm RXSOL-40-5023-210 per 1 ppm dissolved oxygen.)
 

Uses

Ammonium Bisulfite Oxygen Scavenger is suitable for use in:

  • Oilfield water injection systems
  • Seawater injection systems
  • Produced-water treatment systems
  • Waterflood operations
  • Oil and gas production facilities
  • Injection pipelines and flowlines
  • Deaerated water systems
  • Closed-loop industrial water systems
  • Process-water systems
  • Hydrotest and preservation water, where chemically appropriate
  • Storage and transfer systems requiring dissolved-oxygen control
  • Corrosion-control programs where oxygen removal is an essential part of the treatment strategy

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