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Amfikor N corrosion inhibitor
Purpose and scope of application
TU 20.59.59-004-12966038-2019 (with Amendments No. 1–2).
Amfikor corrosion inhibitor is a solution of salts derived from nitrogen- and phosphorus-containing compounds.
Amfikor is a water-soluble corrosion inhibitor designed to protect oilfield equipment from corrosion in highly mineralized environments containing hydrogen sulfide and carbon dioxide. To effectively protect water pipelines, oil gathering lines, and other oilfield equipment, the inhibitor is dosed into oil-water emulsions or produced water at a concentration of 15–50 g/m³. The product's high anti-corrosion efficiency is confirmed by field application results at operations belonging to oil companies such as Bashneft, Tatneft, Komineft, and Udmurtneft.
At low temperatures (+10°C), Amfikor significantly reduces the viscosity of oil-water emulsions (by a factor of 2–4) without breaking the emulsion, thereby lowering in-pipe pressure during transport. It exhibits a synergistic effect with many types of demulsifiers, enhancing their performance and allowing for reduced demulsifier dosage rates.
It is widely used in oil production by injecting it into the well annulus 1–2 times a month at a dosage of 50–100 g/m³ of the daily fluid volume.
Amfikor does not adversely affect the oil treatment process or the quality of the produced commercial oil and its refined products.
Amfikor corrosion inhibitor is a solution of salts derived from nitrogen- and phosphorus-containing compounds.
Amfikor is a water-soluble corrosion inhibitor designed to protect oilfield equipment from corrosion in highly mineralized environments containing hydrogen sulfide and carbon dioxide. To effectively protect water pipelines, oil gathering lines, and other oilfield equipment, the inhibitor is dosed into oil-water emulsions or produced water at a concentration of 15–50 g/m³. The product's high anti-corrosion efficiency is confirmed by field application results at operations belonging to oil companies such as Bashneft, Tatneft, Komineft, and Udmurtneft.
At low temperatures (+10°C), Amfikor significantly reduces the viscosity of oil-water emulsions (by a factor of 2–4) without breaking the emulsion, thereby lowering in-pipe pressure during transport. It exhibits a synergistic effect with many types of demulsifiers, enhancing their performance and allowing for reduced demulsifier dosage rates.
It is widely used in oil production by injecting it into the well annulus 1–2 times a month at a dosage of 50–100 g/m³ of the daily fluid volume.
Amfikor does not adversely affect the oil treatment process or the quality of the produced commercial oil and its refined products.
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Specifications
Original documents for Amfikar corrosion inhibitor
Certificate for the use of a chemical product No. 153.39.RU.245850.13261.01.24. Validity period: from 25.01.2024 to 25.01.2027.
Full details and the scope of application for each document are provided within the files themselves. These documents may be used in the preparation of technical documentation and in the approval process for the reagent's implementation.
Certificate of Conformity (Neftepromkhim System) No. RU.04НПХО.01.Н03604
Validity period: 25.01.2024–25.01.2027
Certificate of Conformity (TEKSERT system)
No. TEKSERT RU.03-19.H10991
Validity period: 25.01.2024–25.01.2027
FAQ
In what environments is Amphicor N used?
For continuous dosing into the flow: 15–50 g/m³. For injection into the well annulus: 50–100 g/m³ of the daily fluid volume. The specific application method is determined by operating conditions.
What is the recommended dosage range?
The product is designed for operation in highly mineralized environments containing hydrogen sulfide and carbon dioxide, typical of oil gathering and transportation systems.
The product does not adversely affect oil treatment, the quality of marketable oil, or the products of its refining.
Does Amfikor N affect the oil preparation process?
At a temperature of approximately +10°C, it reduces the viscosity of water-in-oil emulsions by a factor of 2 to 4 without breaking them, which can lead to a reduction in in-pipe pressure.
Does the reagent affect the rheological properties of the emulsions?
Operating hours:
пн-пт: 08:00-17:00
Email
JSC NAPOR
ОГРН 1021603622204
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