The corrosion typically encountered in the transport of a fluid containing one or more fluid (corrosion agents) is flow-induced corrosion. In the case of flow-induced corrosion, the degree of corrosion that occurs is generally depend on a variety of factors like corrosiveness of the fluid itself, the metallurgy of the pipeline and the shear rate, temperature, and pressure of the fluid. A corrosion inhibitor is frequently introduced into the fluid to reduce the rate of corrosion of the metal vessel, pipeline and/or equipment used to store and transport the fluid.

We are one of the eminent organizations, involved in manufacturing, supplying, wholesaling, distributing and exporting Gas Line Corrosion Inhibitor. All the offered inhibitors are processed under our modern facility, making use of quality material. Our offered inhibitors are delivered to clients within the stipulated time frame.

The product is a water-soluble demulsifier (WSD) suitable to break the most difficult water-in-oil or oil-in-water emulsions. Reclaimed oil, refinery crudes, and slops often contain emulsions which have been stabilized by inorganic impurities, viscosity stabilizers, etc. Oil recovered from tank cleaning operations often contains emulsifiers that can make conventional separation processes completely ineffective. It destabilizes the oil-water interface that surrounds each water particle in the emulsion, replaces the emulsifier molecules (if any), and allows the water to coalesce. The process is heat catalyzed at 66°C (150°F). Using this moderate heat speeds the destabilization and, reduces the viscosity of the oil, promoting the rapid separation of the water by gravity or centrifugation.

The product is an oil-soluble demulsifier (OSD) suitable to break the most difficult water-in-oil or oil-in-water emulsions. Reclaimed oil, refinery crudes, and slops often contain emulsions which have been stabilized by inorganic impurities, viscosity stabilizers, etc. Oil recovered from tank cleaning operations often contains emulsifiers that can make conventional separation processes completely ineffective. OLKLIN destabilizes the oil-water interface that surrounds each water particle in the emulsion, replaces the emulsifier molecules (if any), and allows the water to coalesce. The process is heat catalyzed at 66°C (150°F). Using this moderate heat speeds the destabilization and, reduces the viscosity of the oil, promoting the rapid separation of the water by gravity or centrifugation.

OLKLIN is a chemical diverting agent used in carbonate matrix acidizing. Proper acid placement / diversion is required to make matrix acid treatment successful. Diversion is needed also because of permeability contrasts and lithological differences in the reservoir. For a number of years, viscoelastic surfactant (VES) fluids have been used for a variety of stimulation treatment applications, including hydraulic fracturing, acid diverting, and gravel packing. VES fluid systems typically offer higher-retained permeability and conductivity of the formation sand and proppant pack than polymeric systems.