INC

INC 1450 Drill Pipe Corrosion Inhibitor Concentrate is formulated for low-solids drilling fluids, brine water systems, and air mist drilling. It reduces pitting corrosion caused by dissolved oxygen and is well-suited for calcium-rich environments. It is an anodic inhibitor that can be used as-is or diluted.

INC 1477 Corrosion Inhibitor Intermediate is an organic corrosion inhibitor with strong interfacial activity. It reduces surface filter plugging and prevents formation face blockages caused by scale, hydrocarbons, and iron sulfide. It is effective in oil well cleanups and surface equipment protection.

INC 1480 Corrosion Inhibitor Intermediate is a high molecular weight imidazoline for batch treatment of producing oil wells. It is highly effective in hydrogen sulfide and carbon dioxide environments and provides excellent film persistency. It is slightly dispersible in fresh water and produced brines.

INC 1479 Corrosion Inhibitor Intermediate is a filming amine inhibitor for downhole corrosion protection in both sweet and sour environments. It is highly water dispersible and minimizes emulsion formation in produced fluids. It is suitable for single-ingredient formulations requiring excellent dispersibility.

INC 1484 Corrosion Inhibitor Intermediate is a high molecular weight imidazoline for oil-soluble corrosion inhibitors. It is effective in hydrogen sulfide and carbon dioxide environments, with minimal emulsification tendencies and excellent film persistency. It remains stable in oilfield brines.

INC 4120 is a highly effective water clarifier intermediate based on carbamate chemistry, used in treating oil-in-water emulsions in both offshore and land-based systems. It is amphoteric and can be formulated with cationic or anionic polymers to minimize oil carryover, improve water cleanliness, and, in some cases, eliminate the need for secondary clarifiers.

INC 1490 Non-Emulsifying Corrosion Inhibitor Intermediate is a high molecular weight imidazoline formulated to reduce emulsification tendencies. It provides excellent film persistency and stability in oilfield brines. It does not require additional emulsion breakers when formulated with polymer acids and surfactants.

INC 1836 Light to Medium Brine Drilling Foamer Intermediate improves foam stability in high-brine drilling applications. It is used in acid foamers, gas well cleanouts, and drilling operations to enhance wettability and penetration.

INC 1845 Light to Medium Brine Drilling Foamer Intermediate is a cocamidopropyl hydroxysultaine-based foamer that enhances stability in high-brine drilling fluids. It is also effective in acid foamers and gas well cleanouts.

INC 1895 Nonionic Surfactant Intermediate is a high-ethylene oxide adduct of an alkylphenol. It is particularly suited for high-temperature operations and is an excellent surfactant and wetting agent for use in brine and fresh water.

INC 2157 is an emulsion breaker intermediate in liquid form, soluble in water. It is used for industrial additive functions to aid in the separation of emulsions.

INC 2102 is an emulsion breaker intermediate in liquid form, insoluble in water. It is used for industrial additive functions, aiding in the separation of emulsions.

INC 2214 Scale Inhibitor Intermediate is a high-calcium tolerant phosphonate scale inhibitor intermediate neutralized to a pH of 2.5. Formulations based on INC 2214 are extremely tolerant to high Calcium brines. Generally, phosphonate scale inhibitors will tend to form Calcium Phosphate when injected into produced waters containing more than about 6,000 mg./L. of Calcium. However, INC 2214 has been observed to tolerate 350,000 mg./L. of Calcium without precipitating out of solution. Primarily intended for Calcium Carbonate inhibition, INC 2214 also shows activity inhibiting Calcium Sulfate scale, and good performance inhibiting Barium Sulfate.

INC 2216 Scale Inhibitor Intermediate is a high-calcium tolerant phosphonate scale inhibitorintermediate neutralized to a pH of 7. Formulations based on INC 2216 are extremely tolerant to high Calcium brines. Generally, phosphonate scale inhibitors will tend to form Calcium Phosphate when injected into produced waters containing more than about 6000 mg./L. of Calcium. However, INC 2216 has been observed to tolerate 350,000 mg./L. of Calcium without precipitating out of solution. Primarily intended for Calcium Carbonate inhibition, INC 2216 also shows activity inhibiting Calcium Sulfate scale, and good performance inhibiting Barium Sulfate.

INC 1482 is a filming amine corrosion inhibitor intermediate, used for corrosion inhibition in surface water injection systems or downhole environments, with high water dispersibility and effective solids control.