Our Products

Universally used as weighting agent.

Universally used as weighting agent.

Universally used as weighting agent.

Used as weighting agent.

High purity ground marble, used as a bridging & weighting agent in drilling, work over & completion fluids. It is generally more pure with high hardness & provides better acid solubility. Available in different microns size.

Ground Limestone based Calcium carbonate used to increase the density of the drilling fluids & serve as LCM & Bridging agent. It can be used in both water based & Oil based drilling fluids. Available in various particle sizes.

High temperature Fluid loss control & rheology modifier for all water based fluids.

Non fermenting starch for Fluid loss control & rheology stabilizer in fresh water & saturated salt water mud.

High temperature stable, Non fermenting starch for Fluid loss control & rheology stabilizer in fresh water & saturated salt water mud.

Fluid loss controller in most water base drilling & drill-in fluids at high temperature environment, does not significantly increase viscosity. Can be used to encapsulate drill cuttings & exposed wellbore formations to reduce particle dispersion & reactive clay/shale formation swelling. It does not require a biocide to prevent fermentation.

A special starch derivative to reduce HTHP filtrate loss for all water based muds including drilling, completion & work over. It is non ionic in nature suitable for muds containing salts or ion sensitive additives. Acts synergically with Xanthan gum polymer to increase LSRV. It can be used in most brines including seawa ter, NaCl, KCl, CaCl2, NaBr and formate salt systems.

High-molecular weight, branched-chain starch derivative, used to provide elevated low-shear-rate viscosity (LSRV) and controls fluid loss in the divalent drilling fluid system such as calcium chloride, magnesium chloride, calcium bromide and zinc bromide brines.

PAL-FC fluid-loss-control agent is a polysaccharide derivative used to control filtration in Mixed-Metal Oxide system. It will not destroy the low-end rheology of the Mixed Metal Oxide system. It is effective in seawater fluids, but all hardness should be treated out before the product is added. It is resistant to bacterial degra dation. It can be used in any other type of fluid where starch & cellulose additives are permitted.

Technical grade Low viscosity, Fluid loss additive used in fresh water & sea water muds. It is used in high viscosity, high solids or heavily weighted fluids & produces only slight increase in viscosity.

Technical grade High viscosity, Fluid loss additive used in fresh water & sea water muds. It is used in Low viscosity or low solids fluids & increase viscosity in addition to controlling fluid loss.

Low viscosity grade fluid loss control polymer with minimal viscosity increase. It will perform well in all brine applications, especially saltwater-base fluids. It can be used at all densities in either dispersed or non-dispersed systems. It will encapsulate solids to control dispersion of active shale.

Super low-viscosity PAC is used primarily as a fluid-loss reducer. It is a high performance product, readily dispersible in ater-base drilling fluids ranging from fresh to saturated salt water. PAL PAC SLV polymer is primarily used in weighted systems to avoid an uncontrollable viscosity build-up.

Specially processed blend of Polysaccharide derivatives which gives higher temperature stability than regular PAL PAC LV Tech grade. Specially designed for situations where filtration control is needed with only minimal increases in rheology.

Regular grade viscosity PAC useful in controlling fluid loss & increasing rheology in all types of water. It will aid in dispersion control by attaching & encapsulating the dispersion solid. It may be used in all density ranges and functions effectively in dispersed & non dispersed system.

High quality, Medium Purity, low-viscosity grade fluid-loss-con trol polymer. It is designed for situations where filtration control is needed with only minimal increases in rheology. It performs well in all brine applications, especially saltwater-base fluids. Can be used at all densities in either dispersed or non-dispersed systems. Functions at all pH range. Temperature stability is up to 300° F.

High quality, Medium Purity filtration control agent used in most water-based drilling fluids, can provide secondary viscosity and is effective even at low concentrations. It is suitable for use in fresh water, salt water and brine-based fluids & stable to 300°F (149°C). Effective in moderate to high pH systems.

High-purity, low-viscosity grade polymer, effective in low con centration to provide fluid loss control with minimal increase in viscosity in water base muds. Encapsulates shale particles to inhibit swelling and dispersion of active drill solids. Temperature stability is up to 300° F.

High-purity, regular-viscosity grade polymer, effective in low concentration to control fluid loss, increase viscosity and provide shale inhibition in water base muds. Temperature stability is up to 300° F. Effectively function in a wide range of salinity, hardness and pH levels.

PAL SFC-HTHS a synthetic polymer specifically designed for high-temperature and /or high-salinity environments. Works well at any salinity. Reduces differential sticking tendencies. Temperature stable upto 475°F (246°C). Calcium tolerance in excess of 100,000 ppm.

Premium-grade sodium montmorillonite clay, used as primary filter-cake building, filtration-control and suspension agent in water-base mud systems.

Chemically untreated, premium-grade sodium montmorillonite clay, used as primary filter-cake building, filtration-control and suspension agent in water-base mud systems.

Rapid mixing high viscosity polymer for use in freshwater and seawater spud muds.

High molecular weight linear polysaccharide, used to increase viscosity for cutting transport and weight-material suspension for all waterbase mud. Provides better rheological profile with elevat ed low-shear-rate viscosity and highly shear-thinning characteristics.

Highly dispersible, high molecular weight linear polysaccharide, used to increase viscosity for cutting transport and weight-ma terial suspension for all water-base mud. Provides better rheo logical profile with elevated low shear-rate viscosity and highly shear-thinning characteristics.

High purity Xanthan Gum biopolymer, suspended in an ultra-clean mineral oil or Glycol used in most types of water-based fluids for rheology modification, improved hole cleaning and solids suspension.

Premium Attapulgite clay, used to provide viscosity and hole cleaning capabilities in drilling fluids with high concentrations of salts.

Multi-purpose viscosifying agent for use in freshwater, sea-wa ter and complex brine systems, its viscosifying characteristics are unaffected by common contaminants & dissolved salts.

Bridging and sealing permeable formations in water/oil/synthet ic base fluids. It is particularly useful for preventing differentially pipe when drilling depleted zones where high differential pres sures exist. Available in Fine, Medium & coarse grades.

Flake LCM for seepage losses and prevention. It is used for pre venting or curing formation losses while drilling fractured or porous zones. Available in Fine, Medium & coarse grades.

Granular Lost circulation material.

Chemically inert and thermally stable, effective bridging and sealing agent used in water, oil or synthetic based drilling fluid. Can lower the potential for stuck pipe, control lost circulation and reduce torque and drag.

Chemically inert, sized plugging agent used to bridge and seal porous and fractured formations in water, oil or synthetic based drilling fluid. Can lower the potential for stuck pipe, control seep age, partial and severe lost circulation and reduce torque and drag.

Mixture of selected non-abrasive granular, flake and fibrous material with a unique physical structure and an extensive range of particle size that enhances its bridging properties. It very effective to combat severe lost circulation for water base mud. Will function at all temperatures.

Fibrous, biodegradable material, an excellent bridging agent when large-particle-size material is needed. Can be used in any water-base mud system.

Highly effective, high-fluid-loss lost circulation squeeze material. Creates a seal in the loss zone, effective in both water-based and oil-based mud applications.

Granular Lost circulation material, inert additive, compatible in all types and densities of fluids.

Polymeric alkaline material, improves the temperature stability of polymer fluid by a margin of 70°F (39°C) by effectively reduc ing the degradation of polymers at higher thermal condition.

Most effective HTHP filtration control additive provides rheologi cal stability over a wide range of temperatures, suitable for use in freshwater, seawater & brackish water.

Effectively reduce fluid loss in high temperature application and deflocculate water-base muds. Provides thin, low-permeability filter cakes, performs exceptionally well in dispersed systems as a synergistic additive with lignosulfonates.

Controls rheology and reduce fluid loss for higher temperature muds, emulsifies oil, reduces flocculation and stabilizes water-base drilling fluids.

High-temperature thinner, excellent additive for HTHP filtration control and rheological stabilization for muds subjected to high temperatures.

Multi-purpose deflocculant and gel-strength reducer, tempera ture stabilizer and filtration-control additive for use in all water-base systems. Exhibits superior deflocculating ability, even in the presence of contaminants and elevated tempera tures.

Environmentally acceptable deflocculant and fluid loss additive in all types of water-base systems. Exhibits superior deflocculat ing ability, even in the presence of contaminants and elevated temperatures.

Improves shale stability, lubricity and high temperature filtration control in freshwater to seawater polyglycol systems.

Improves wellbore stability, lubricity, high-temperature filtration control in fresh-to-high salinity and can be used in wells with high formation temperatures.

Improves wellbore stability, lubricity, high-temperature filtration control in fresh-to-medium salinity and can be used in wells with low formation temperatures.

Improves wellbore stability, lubricity, high-temperature filtration control in fresh-to-medium salinity and can be used in wells with moderate formation temperatures.

Water dispersible shale inhibitor, aids in stabilizing shale sec tions, controlling solids dispersion and improving wall cake characteristics.

Water dispersible shale inhibitor, aids in stabilizing shale sec tions, controlling solids dispersion and improving wall cake characteristics. Provide high temperature fluid-loss control for water-base drilling fluid.

Water soluble shale inhibitor, effective in controlling HTHP fluid loss, increases lubricity, prevents bit balling, reduces torque & drag and helps to prevent differential sticking. Environmentally acceptable and can be used in water, oil and synthetic base muds.

Water soluble hydration suppressant, environmentally accept able, organic compound designed to reduce the dispersion & swelling of reactive clay formation & minimizes the potential for bit balling.

Provides superior chemical inhibition to reactive shales, clay and claystone formations, chalk, and formations interbedded with dispersive clays. Secondary inhibition is achieved with the use of KCl or NaCl.

Provides superior chemical inhibition to reactive shales, clay and claystone formations, chalk, and formations interbedded with dispersive clays. It does not require additional salt to enhance inhibition, used in environmentally sensitive areas, where chlo rides are prohibited from being discharged.

Encapsulating polymer for freshwater and saltwater mud.

Provide cuttings encapsulation and clay-dispersion inhibition in fresh and saltwater drilling fluids.

Provide cuttings encapsulation and shale stabilization in fresh water to saltwater drilling fluids ranging from low solids to weighted mud.

Prevent bacterial growth in water base muds and low-salinity clear brine fluids. Effective H S scavenger.

Prevent bacterial degradation of drilling mud.

Prevent bacterial degradation. It is de-activated by ammonia, primary amines and oxygen scavengers.

Provides solid free H2S scrubbing for brine based drilling fluid in neutral-high pH conditions.

Displays a continuous H2S scavenging activity over longer time period. Exhibits good temperature stability upto 150°C and intended for use in low pH conditions.

Removes dissolved oxygen from drilling and completion fluids, eliminating a potential source of corrosion. Suitable for use in freshwater and monovalent brines, incompatible with Gulteral dehyde base biocide.

Removes dissolved oxygen from drilling and completion fluids, eliminating a potential source of corrosion. Improves thermal stability of polymers by a margin of 20°F (11.1°C). Suitable for use in freshwater and mono-valent brines.

Non-sulphite oxygen scavenger suitable for mono valent and divalent brines.

Efficient H2S scavenger, Zinc oxide reacts with sulfides to form ZnS precipitate, which is an insoluble, inert, fine solid remain harm lessly in the drilling fluid and removed through the solids-control equipment.

Higher esters based product to control foaming in all water-based drilling fluids as well as brine-based completion and workover fluids.

Silicon based defoamer to prevent foaming in drilling fluids as well as solids free workover and completion fluids. Highly effec tive in low concentration at a wide range of pH.

Low-toxicity blend of defoaming agents to control foaming in freshwater muds, seawater muds and all brine systems. Com patible with all common mud additives and effective in low oncentration.

Effective defoamer to reduce the foam in water-based drilling fluids, crude oils and aqueous solutions. Also controls foaming in fluids viscosified with polymers. Effective in small concentrations.

Biodegradable surfactants that can be added to fresh, brine, or brackish water for air/foam, air/gel foam, or mist drilling applications.

Biodegradable surfactants that can be added to fresh, brine, or brackish water for air/foam, air/gel foam, or mist drilling applications.

Spherical beads to reduce torque & drag in Oil base mud systems.

Provides a tough lubricating film between the wallcake and drillstring, imparts lubrication to the bearing surfaces, reduce torque & drag experienced in highly deviated, horizontal & extended-reach wells. Suitable in all water base fluids and has temperature stability upto 400°F.

Effectively reduce the coefficient of friction on metal-to-metal contact area and reduces the possibility differential wall sticking.

Effectively reduces torque, drag and the potential for differential sticking by reducing the coefficient of friction in all types of water-base mud and salinity. Will not affect the rheological properties, may lower fluid loss and has temperature stability upto 400°F (204°C).

Provides excellent metal-wetting characteristic which lowers the potential for bit & BHA balling and decreases the coefficient of friction which reduces torque and drag. Contains no hydrocar bons and can be used in all water-base fluids.

Reduces torque, drag and the potential for differential sticking by reducing the coefficient of friction in silicate mud system.

Provides excellent reduction in torque and drag issues in highly tortuous long reach wells, will not damage delicate production zones, increases penetration rates, prevents bit balling and differentially stuck pipe. Improves the overall API and HTHP fluid loss behaviors of the drilling fluid with no negative effects on the fluids rheology.

Provides exceptional reduction in metal-to-metal friction when added to seawater, sodium chloride, sodium bromide, calcium chloride and calcium bromide completion fluids. Reduce torque and drag in high-angle, extended-reach wells.

Improves the ROP in water base mud system by removing build up of drill solids below the bit and allowing the cutter to make continuous contact with new formation, improves bit life & lowers torque and drag.

Stabilize water-sensitive, micro-fractured shales when drilling with water-base drilling fluids by sealing micro-fractures, reduc es API, HTHP, dynamic fluid loss and the potential for differential sticking. Improves lubricity and shale inhibition by reducing accretion from sticky clays. Combat seepage losses in conjunc tion with fibrous materials and calcium carbonate. Temperature stability is up to 425°F (218°C).

Aqueous blend of surface-active agents can be used in any water base drilling fluid to reduce surface tension, reduce the sticking tendency of water-sensitive shale cuttings, minimize bit & BHA balling and reduce torque and drag.

Effective additive to free the differentially stuck pipe in a shorter period of time, by cracking and penetrating the filter cake.

Single pack liquid blend, easy to mix and quickly prepare weight ed oil base spotting fluid to free differently stuck pipe. Dehydrates and cracks the filter cakes, allowing the spotting fluid to pene trate between drillstring and formation, wets & lubricates the drillstring and reduces the force required to free stuck pipe.

Low-toxicity spotting fluid used for environmental sensitive offshore and onshore wells, to free differently stuck pipe by penetrating between the wall and drillstring, reduces torque & drag and provides metal wetting characteristics.

One sack powder blend, easy to handle and store at rig sites, effective additive for freeing differently stuck pipe, can be mixed with diesel oil, mineral oil or synthetic fluids and weighted to the desired density before spotting.

Provides excellent emulsion stability, secondary wetting, filtration control and contamination-resistance of oil mud systems.

Multi-functional additive serves as secondary emulsifier, wetting agent and filtration control agent in oil mud systems.

High temperature stable invert emulsions, secondary wetting, reduce HPHT filtration, improves thermal stability and resistance to contamination in oil mud systems.

Provides excellent emulsion stability, secondary wetting, HTHP filtration control, high temperature stability and contamination resistance of oil mud systems.

Multi-functional additive serves as secondary emulsifier, wetting agent and HTHP filtration control agent with improved thermal stability in oil mud systems.

Powerful oil wetting product used to oil wet drill solids and weighting agents in oil-based drilling fluids.

Enhance LSRV and gel strength for improved cutting-carrying capacity in large-diameter, high-angle, horizontal and extended-reach wells. Improves shear thinning, thixotropic characteristics without using additional clay-base additive and reduce fluid loss in Oil base muds.

Provides elevated yield point and gel strength with minimal increase in plastic viscosity thereby minimize the amount of clay in formulation and improves LSRV to increase shear thinning, thixotropic characteristics oil base mud.

Impart viscosity and suspension properties to oil base drilling fluids, for improving cutting carrying capacity and to provide long-term suspension of weighting agents.

High temperature filtration control agent, act synergistically with emulsifiers in conventional invert emulsion systems to enhance the overall emulsion and thermal stability.

Provides filtration control, seal low-pressure and depleted formations, also improves overall emulsion stability, thermal stability and suspension characteristics of oil base mud.

Provides HTHP filtration control, seal low-pressure and depleted formations, also improves overall emulsion stability, thermal stability and suspension characteristics of oil base mud.

High temperature filtration control additive for use in any oil- or synthetic base mud systems with minimal effect on rheological properties of mud. Temperature stability is up to 500°F (260°C).

Reduces viscosity and gel strengths in oil base mud caused by high content of colloidal solids, without the need for changing the Oil/Water Ratio.

Provides excellent corrosion inhibiton from Oxygen, Carbon Dioxide and Hydrogen Sulphide gases during drilling, for the downhole tubular and associated surface equipments upto 300°F. Compatible with all types of water base mud.

It effectively protects the drilstring by forming a tough persistant film on metal surfaces. It is compatible with all types of water base muds both weighted & unweighted. It is most applicable in the presence of carbon dioxide or hydrogen sulfide gases. Effective up to 350°F.

Highly effective passivating type inhibitor for reducing oxygen corrosion in aerated muds, low-solids, non-dispersed, polymer muds and potassium muds with minimal effect on fluid rheology. Effective up to 350°F.

Effective corrosion inhibitor used in water based drilling fluids systems, to control general and pitting corrosion due to oxygen, hydrogen sulfide and carbon dioxide without affecting the drilling fluid properties. Effective up to 250°F.

Inhibits deposition of mineral scales such as calcium carbonate, calcium sulfate and barium sulfate on downhole tubulars and associated surface equipment in clear brine completion fluid systems.

It controls corrosion of tubing & casing strings when used in workover & packer brines including sodium chloride, calcium chloride, sodium bromide, calcium bromide & zinc bromide. Provide protection at bottomhole temperature upto 300°F.

Effective water soluble corrosion inhibitor and bacteriostatic for water based workover and packer fluids which is compatible with non-ionic, cationic and anionic materials.

Effective inhibitor to reduce corrosion in freshwater, monovalent brines and polymeric systems that are sensitive to brines and divalent ions. Also used to increase pH and treat carbonate contamination in water based systems. Provide protection at bottom hole temperature up to 350°F (175°C).

Viscosifier in brine workover, completion fluids and water-base mud.

Liquid viscosifier for single-salt brines.

Non-ionic, starch derivative intended to reduce HTHP filtrate loss in all water based mud containing salts or ion sensitive additives for drilling, completion & work over application. Acts synergically with Xanthan gum polymer to increase LSRV. Can be used in most brines including seawater, NaCl, KCl, CaCl2, NaBr & formate salt systems.

Highly dispersible, premium grade, Xanthan gum used to provide superior hole cleaning and suspension, minimize filtrate invasion to formation and reduces torque and drag in reservoir drill in fluids. Provides better rheological profile with elevated low-shear-rate viscosity and highly shear-thinning characteris tics.

Used to eliminate potential of formation damage from the pre cipitation of carbonate, bicarbonate or sulfate compounds associated with using calcium-base brines where formation waters contain high concentrations of bicarbonate and sulfate ions.

Filtration control agent is used in most water-based drilling fluids, can provide secondary viscosity and is effective even at low concentrations. It is suitable for use in fresh water, salt water and brine-based fluids & stable to 300°F (149°C). Effective in moderate to high pH systems.

Used to formulate clear-brine workover and completion fluid with densities ranging from 8.4 to 15.3 lb/ gal. Inhibits hydration and migration of swelling clays.

It controls corrosion of tubing & casing strings when used in workover & packer brines including sodium chloride, calcium chloride, sodium bromide, calcium bromide & zinc bromide. Provide protection at bottomhole temperature upto 300 F.

It controls corrosion of tubing & casing strings when used in workover & packer brines including sodium chloride, calcium chloride, sodium bromide, calcium bromide & zinc bromide. Provide protection at bottomhole temperature upto 350 F.

Acid-soluble bridging and weighting agent for controlling fluid loss and density. Available in Fine, Medium & coarse grades.

High purity ground marble, used as a bridging & weighting agent in drilling, work over & completion fluids. It is generally more pure with high hardness & provides better acid solubility. Available in different microns size.

Provides exceptional reduction in metal-to-metal friction when added to seawater, sodium chloride, sodium bromide, calcium chloride and calcium bromide completion fluids. Reduce torque and drag in high-angle, extended-reach wells.

Multi-functional surfactant additive, serves as a wetting agent, a demulsifier and an interfacial tension reducer. Soluble in oil, acid, and water to penetrate deep in the formation to dissolve oil films on fines leaving them water-wet thereby preventing particle plugging and minimizing loss of permeability.

Used to formulate clear-brine workover and completion fluid with densities ranging from 8.4 to 13.1 lb/ gal. Inhibits hydration and migration of swelling clays.

Used to form clear-brine workover and completion fluid with densities ranging from 8.4 to 11.8 lb/ gal. Inhibits hydration and migration of swelling clays. Used in invert emulsion mud to adjust the activity of the water phase.

Acid-soluble bridging and weighting agent for controlling fluid loss and density in drilling, workover & completion.

Acid-soluble bridging and weighting agent for controlling fluid loss and density. Available in Fine, Medium & coarse grades.

Used to maintain or increase pH. Increasing pH with NaOH pre cipitates magnesium (Mg 2+) and suppresses (Ca2+) in high hardness water, reduces corrosion and neutralizes acid gases such as carbon dioxide and hydrogen sulfide.

Source of Ca ion, used to reduce carbonate ion contamination, without increasing the pH in freshwater and seawater muds.

Economical source of calcium and alkalinity in water and oil base muds. Flocculating agent in spud mud for improved hole clean ing, removes soluble carbonate ions, controls corrosion and activates fatty acid in oil base mud.

Used as a source of alkalinity to elevate pH, buffer aqueous fluids at high pH, flocculate bentonite, precipitate soluble carbonate ions, and saponify fatty acid emulsifiers.

Used to form clear-brine workover and completion fluid with densities ranging from 8.4 to 9.7 lb/ gal. Inhibits hydration and migration of swelling clays.

Used to maintain or increase pH, inhibitor for swelling shales. Used instead of caustic soda to reduce the sodium ion content and avoid dispersion of clays in inhibitive water-base fluids and drill-in fluids. Increasing pH with KOH precipitates magnesium (Mg 2+) and suppresses (Ca2+) in high hardness water, reduces corrosion and neutralizes acid gases such as carbon dioxide and hydrogen sulfide.

Used as a tracer in water base muds to determine mud filtrate invasion in formation.

Efficient dispersant in low-weight fresh water muds used in up hole drilling and effective additive for treating cement contami nation and reduce viscosity.

Used as a source of carbonate ions to precipitate & remove soluble calcium from water base fluids and makeup waters. Provide effective treatment for Calcium Contamination particu larly due to Anhydrite, increases pH and flocculates spud mud.

Used as a source of bicarbonate ions to precipitate & remove soluble calcium from water base fluids and reduce pH. Provide effective treatment for cement contamination and deflocculates cement contaminated fluids.

Used as a pH buffering agent, promotes temperaute stability and enhances the rheological and filtration properties of water base drilling fluid at high temperature.

Used to form clear-brine workover and completion fluid with densities ranging from 8.4 to 10 lb/ gal. Increase shale inhibition by decreasing water activity, reducing formation salt dissolution, reducing freezing point of water base fluids and reducing the potential of forming gas hydrates.

Used as corrosion inhibitor.

Is used as corrosion inhibitor and to prevent temperature gelation.

Used as long term tracer in water base muds to determine mud filtrate invasion in formation.

Used to formulate clear-brine workover and completion fluid which requires density to 19.2 lb/ gal. Inhibits hydration and migration of swelling clays.

Reduce pH and removes calcium to pretreat or remedy cement contamination, sequesters soluble iron to prevent polymer crosslinking in the drilling fluid system.