Stimulation
Our range of stimulation products includes innovative solutions to enhance well productivity, increase production rates, and optimize stimulation operations
- TC HCL: Commonly used in oil and gas well stimulation, especially in carbonate formations; treatments are most commonly conducted with 15% or 28% solutions of hydrochloric acid.
- TC HF: Used primarily because it is the only common, inexpensive mineral acid that can dissolve siliceous minerals; typically mixed with TC HCL or organic acid to maintain a low pH during use, preventing detrimental precipitates.
- TC MSOL: A mutual solvent that is an environmentally safe, high-performance solvent system used to remove and solubilize deposits of organic material during well completion and stimulation operations.
- TC ASA D: Prevents sludge and emulsions when treating with HCl acid and promotes rapid return of the treating fluid to the wellbore after acidizing.
- TC ASA C: A cationic surfactant with a dual function, providing both anti-sludge properties and additional non-emulsifying characteristics.
- TC ASA A: An anionic surfactant that acts as an asphaltene dispersant and anti-sludge agent.
- TC SURF 101: A nonionic surfactant that is both cost-effective and water-based, developed to reduce both surface and interfacial tension.
- TC SURF CN: A cationic surfactant that provides excellent water wetting characteristics with good foaming tendency.
- TC FOAM A: An agent that provides excellent water wetting characteristics and is designed to be used as a foaming agent.
- TC HI FOAM: A mixture of surfactants employed to alter the properties of the liquid that accumulates in wells by reducing the density of liquid or residue.
- TC MUD LUBE EP 6000: A surfactant-based lubricant suitable for use in non-aqueous drilling fluids, blending organic surfactants and modified fatty acids.
- TC RIG -CLEAN 1000: A surfactant for surface cleaning applications.
- TC RIG -CLEAN 2000: A blend of surfactants and solvents used in casing cleanup operations; soluble in all common brines.
- TC RIG -CLEAN 9000: A solvent-based cleaner used to remove oil-wet solids from casing; neat pill and insoluble in water.
- TC EMU A: An emulsifier used to produce oil-external emulsions with HCl or HCl combined with an organic acid.
- TC GEL A: Acid gelling agents that effectively improve an acid’s fluid efficiency and increase the treating distance (fracture conductivity) of these treatments.
- TC PHPA L: Acid gelling agents that effectively improve an acid’s fluid efficiency and increase the treating distance (fracture conductivity) of these treatments.
- TC BLOCK A: Solid diverting agent for stimulation.
- TC SURF Z: High temperature VES for self-diverted acidizing; effective up to 350°F, suitable for sandstone and carbonate.
- TC ASV 300: Acidification of the viscoelastic diverter configuration after corrosion inhibitor; maximum use temperature up to 150°C.
- TC ASV 284: Acidification of the viscoelastic diverter configuration after corrosion inhibitor; maximum use temperature up to 140°C.
- TC CLAY S: A quaternary coordination complex that is ecologically friendly and inhibits clay swelling by ionic charge.
- TC Shale Star: Functions as an organic multivalent clay inhibitor in polymer-based drilling, workover, and completion fluids; serves as a liquid alternative to KCl, offering full water solubility and environmental compatibility.
- TC SHALE D: Functions as a shale inhibitor in polymer-based drilling, workover, and completion fluids; inhibits the swelling of shales or gumbo clays and serves as a liquid alternative to KCl, offering full water solubility.
- TC CLAY STAB LQ 1000: A neutral ethoxylated polyamine-based shale stabilizer.
- TC CLAY INHIB 9000: A low molecular weight non-ionic polymer, 100% active, for clay inhibition in powder form.
- TC COR MT: Used in HCl and HCl-HF acidizing treatments; effective at temperatures up to 250°F.
- TC COR HT: Used in HCl and HCl-HF acidizing treatments; effective at temperatures up to 300°F.
- TC COR INT: Widely used in formulations of acid corrosion inhibitors to enhance performance; also used as an intensifier in the acid treatment of oil and gas wells.
- TC COR INH: An organic acid used in well stimulation, workovers, and completions; less corrosive than hydrochloric acid and easier to inhibit against steel corrosion.
- TC N CORRINHIB 2000: A nitrogen-based filming amine corrosion inhibitor suitable for mono- and divalent brines.
- TC INHIBITOR 1000: An amine-based water-soluble corrosion inhibitor for mono- and divalent brines.
- TC PCORR-INHIB 3000: A filming phosphonate corrosion inhibitor for monovalent brines.
- TC COR MT: Used in HCl and HCl-HF acidizing treatments; effective at temperatures up to 250°F.
- TC COR HT: Used in HCl and HCl-HF acidizing treatments; effective at temperatures up to 300°F.
- TC COR INT: Widely used in formulations of acid corrosion inhibitors to enhance performance; also used as an intensifier in the acid treatment of oil and gas wells.
- TC COR INH: An organic acid used in well stimulation, workovers, and completions; less corrosive than hydrochloric acid and easier to inhibit against steel corrosion.
- TC N CORRINHIB 2000: A nitrogen-based filming amine corrosion inhibitor suitable for mono- and divalent brines.
- TC INHIBITOR 1000: An amine-based water-soluble corrosion inhibitor for mono- and divalent brines.
- TC PCORR-INHIB 3000: A filming phosphonate corrosion inhibitor for monovalent brines.
- TC COR MT: Used in HCl and HCl-HF acidizing treatments; effective at temperatures up to 250°F.
- TC COR HT: Used in HCl and HCl-HF acidizing treatments; effective at temperatures up to 300°F.
- TC COR INT: Widely used in formulations of acid corrosion inhibitors to enhance performance; also used as an intensifier in the acid treatment of oil and gas wells.
- TC COR INH: An organic acid used in well stimulation, workovers, and completions; less corrosive than hydrochloric acid and easier to inhibit against steel corrosion.
- TC N CORRINHIB 2000: A nitrogen-based filming amine corrosion inhibitor suitable for mono- and divalent brines.
- TC INHIBITOR 1000: An amine-based water-soluble corrosion inhibitor for mono- and divalent brines.
- TC PCORR-INHIB 3000: A filming phosphonate corrosion inhibitor for monovalent brines.
- TC BIO A: A quaternary ammonium-based biocide that acts as a powerful biocide in oilfield drilling and water treatment.
- TC BIO 5A: A quaternary ammonium-based biocide that acts as a powerful biocide in oilfield drilling and water treatment.
- TC BIO G: Used for rapid and complete bacterial kill with a decreased likelihood that the bacteria develop tolerance to the chemical.
- TC BIOCIDE GLUT 2000: A glutaraldehyde-based biocide for water-based drilling fluids and packer fluids; not compatible with sulphite and bisulfite-based scavengers.
- TC X B: An economical boron-based crosslinker for guar gels that cross-links very quickly and has great consistency.
- TC X Cr: An effective chromium (III) based additive for crosslinking anionic polyacrylamide gels; suitable for use in hard water and brines.
- TC X Zr: A zirconium-based crosslinker designed exclusively for high-temperature applications.
- TC GEL X: Formulated to break effectively when used in guar and modified guar-based systems.
- TC TEMP: Effectively stabilizes frac gels used in high-temperature operations.
- TC TEMP 200: Provides polymer fluids for use in high-temperature wells, resulting in significant improvement; binds with remaining traces of oxygen and metal ions present in the solution.
- TC N SAND: Natural sands such as industrial monocrystalline quartz with high purity and structural integrity; available in 30/50, 40/70, 30/80, and 70/140 meshes.
- TC CER: A ceramic proppant made of high-quality Taoil sand and other raw materials, sintered with ceramics.
- TC GEL G: An anionic guar derivative used as a gelling agent for oil and gas hydraulic fracturing fluids to suspend proppant.
- TC 5500 G: Conventional guar-based gelling agent.
- TC GUAR R: A refined guar-based gelling agent with low residue content and thermal stability.
- TC GUAR HP: A gelling agent based on HPG that has high thermal stability and low residue content; used in oil wells with medium-high bottom temperature.
- TC HEC: A high molecular weight cellulose ether with high viscosity, easily dissolved in hot or cold water; used as a viscosity modifier, water retention agent, suspending agent, and stabilizer.