Ethoxylated Amine
Corrosion Control Additive for Tough Oil and Gas Conditions
Things move fast in oil and gas. So does corrosion. Ethoxylated amine helps slow that down. It sticks to metal surfaces, builds a protective layer, and stops damage before it starts. It also helps fluids blend better—like oil and water finally getting along. Whether it is drilling or production, this additive holds its ground. Even when the heat and pressure go up.
Key Benefits of Ethoxylated Amine
01
Stops corrosion early
Forms a barrier on metal surfaces before damage begins.
02
Dual-action formula
Works as a corrosion inhibitor and surfactant.
03
Fits upstream needs
Made for drilling, production, and completion fluids.
04
Works in tough zones
Stays stable even when pressure and temperature shoot up.
05
Easy mix
Blends well with most oil and water systems.
Applications of Ethoxylated Amine
Drilling Operations
Protects metal tools and tubulars from corrosion during fluid circulation.
Production Systems
Prevents rust in pipelines and processing units exposed to moisture.
Water injection units
Improves compatibility and reduces scale or corrosion risks.
HPHT Wells
Maintains corrosion control even in extreme heat and pressure.
Oil-water emulsions
Stabilizes mixtures and reduces phase separation issues.
Surface pipelines
Forms a protective film to guard against atmospheric and fluid-induced corrosion.
Looking to protect your systems from corrosion while keeping fluids in check?
FAQs
on Ethoxylated Amine
It is mainly used to prevent corrosion on metal surfaces. It also helps mix oil and water-based fluids more effectively.
Yes. It remains stable and effective in HPHT (high-pressure, high-temperature) environments.
Absolutely. It blends well with both and keeps performance steady.
Yes. It is designed for use in upstream processes like drilling, production, and fluid treatment.
By forming a film on surfaces, it prevents corrosion damage, so equipment lasts longer with less need for repair.