| CF DESCO® II Deflocculant |
 |
 |
CF Desco® II Deflocculant extends the utility of non-chrome-containing thinners with a higher level of rheology and shear strength control. It is more cost effective than either ferrochrome or chrome-free lignosulfonate.
|
|
| CHROME-FREE DESCO® Deflocculant |
|
|
Readily soluble, versatile, cost-efficient mud conditioner used to control viscosity, gel strength and high-temperature shear strength in fresh or salt water muds. CF Desco® Deflocculant contains no heavy metals.
|
|
| CLARIZAN™ Biopolymer |
|
|
A clarified, high-viscosity xanthan gum that can be used in most types of water-based fluids where clarity of the solution is critical. A high-performance powder, Clarizan™ Biopolymer provides excellent carrying and suspending characteristics.
|
|
| DESCO® Deflocculant |
|
|
Readily soluble, versatile, cost-efficient, mud conditioner used to control viscosity, gel strength, and high temperature shear strength in fresh or salt water muds
|
|
| Diacel® ATF Liquid Cement Antifoam Additive |
|
|
A liquid anti-foaming agent for cement slurries, designed to prevent air entrapment in the slurry during mixing. |
|
| Diacel® D Powder Cement Extender Additive |
|
|
A special grade of refined diatomaceous earth that permits the formulation of high-yield, low-density cements. |
|
| Diacel® FL Powder Cement Fluid-Loss Additive |
|
|
A non-retarding fluid-loss agent effective from 21ºC to 232ºC bottom-hole circulating temperature.
|
|
| Diacel® FL Winterized Liquid Cement Fluid-Loss Additive |
|
|
A non-retarding fluid-loss agent effective from 21ºC to 232ºC bottom-hole circulating temperature.
|
|
| Diacel® HE-400 Powder Cement Fluid-Loss Additive |
|
|
A versatile synthetic polymer for anti-settling and fluid loss control properties at high temperature in oilfield cement slurries and spacers. |
|
| Diacel® HTP-1500 Powder Cement Fluid-Loss Additive |
|
|
A mildly retarding powder fluid-loss agent effective in mid-range to high temperatures.
|
|
| Diacel® HTR-100 Liquid Cement Retarder Additive |
|
|
An upper mid-range to high temperature retarder in liquid form which has dispersing properties and is blended with the cement to extend the thickening time of a slurry. It also improves the performance of most fluid-loss agents.
|
|
| Diacel® HTR-100 Powder Cement Retarder Additive |
|
|
An upper mid-range to high temperature retarder in dry powder which has dispersing properties and is blended with the cement to extend the thickening time of a slurry. It also improves the performance of most fluid-loss agents.
|
|
| Diacel® LTP-1000 Powder Cement Fluid-Loss Additive |
|
|
A mildly retarding powder fluid-loss agent effective in low- to mid-range temperatures. |
|
| Diacel® LTR-100 Liquid Cement Retarder Additive |
|
|
A low-temperature retarder in a liquid form used to extend the fluid life of the cement slurry.
|
|
| Diacel® LTR-100 Powder Cement Retarder Additive |
|
|
A low-temperature retarder in a dry powder used to extend the fluid life of the cement slurry.
|
|
| Diacel® LWL Powder Cement Fluid-Loss / Retarder Additive |
|
|
A bi-functional additive that is effective both as a retarder and fluid-loss control agent over a wide temperature range.
|
|
| Diacel® LX200 Cement Fluid Loss Additive |
|
|
A latex filtration control agent for prevention of gas migration in cement slurries to 200º F BHCT without the use of a stabilizer. |
|
| Diacel® RPM Liquid Cement Dispersant Additive |
|
|
A rheological profile modifier in liquid form that may be used to promote turbulent flow at reduced flow rates.
|
|
| Diacel® RPM Powder Cement Dispersant Additive |
|
|
A rheological profile modifier in a dry powder that may be used to promote turbulent flow at reduced flow rates.
|
|
| Diacel® WBS-200 Powder Cement Spacer System |
|
|
A special mixture of amorphous silica and water-soluble polymers for use in the preparation of a water-based cement spacer for the separation of water-based drilling fluids and cement slurries.
|
|
| DIASEAL M® Lost Circulation Material |
|
|
A blend of solids that, when mixed with the base fluid, forms a high fluid-loss, high solids slurry for overcoming lost circulation. It works well in water-, synthetic- and oil-based muds as a non-cement squeeze for even severe mud losses.
|
|
| DRILLPAC® Polymer |
|
|
A polyanionic cellulose that is available in both an ultra high-viscosity (HV) grade as well as a medium-viscosity (LV) grade in all of our locations throughout the world. |
|
| DRILL-THIN® Thinner |
|
|
A water-based, environmentally sound, mud conditioner providing rheology control in drilling, completion and packer fluids. Up to four times more efficient per pound than lignosulfonates.
|
|
| DRILLZAN® D Biopolymer |
|
|
DRILLZAN® D Biopolymer is an economical high-viscosity xanthan gum featuring patented dispersion technology for optimal hydration. It delivers excellent rheological properties to fresh and salt water-based muds, drill-in fluids, brine completion and workover fluids.
|
|
| DRISCAL® D Polymer |
|
|
Proprietary, synthetic copolymers to control HTHP water loss in fresh, salty, or hard brine fluids. It remains stable at very high temperatures, inhibiting shale and stabilizing fluid rheology. Available dry or as liquid emulsion. |
|
| DRISPAC® Plus Polymer |
|
|
Drispac® Plus polymers disperse rapidly, making them the highest performing, most economical PAC products in the industry.
|
|
| DRISPAC® Polymer |
|
|
Multifunctional polyanionic cellulose polymer providing inhibition, rheology and fluid-loss control in fresh or salt water-based muds and workover/completion fluids. |
|
| DRISTEMP® Polymer |
|
|
A synthetic copolymer for use in controlling HTHP fluid loss up to 375°F in fresh, salty, and formate-based fluids. Also improves barite suspension properties in these muds. Teams well with Driscal® D polymer for very high temperature performance (500°F+). |
|
| DSCoPAC™ Polymer |
|
|
A unique high-performance technical grade polyanionic cellulose polymer for use in water-based drilling fluids. This product is used for inhibition, fluid-loss control and viscosity in a wide variety of water-based muds. |
|
| DSCo™ Defoam |
|
|
A colorless, synthetic, proprietary liquid formulation. It is neither oil nor "clean" mineral oil and is non-hazardous according to 29 CFR Part 1910.1200 (OSHA).
|
|
| DSGA® Polymer |
|
|
Drilling Specialties Gelled Acid (DSGA®) Polymer is a superior gelling agent for acids used in stimulating production from oil and gas wells. |
|
| DSGA® Polymer Emulsion |
|
|
Drilling Specialties Gelled Acid (DSGA®) Polymer Emulsion is a superior gelling agent for acids used in stimulating production from oil and gas wells. |
|
| DYNARED™ Seepage Control Fiber |
|
|
Seepage control material to seal depleted zones without excess wall cake. It works in water- and oil-based muds, cleans easily without causing formation damage, does not increase fluid rheology, is compatible with other common lost circulation materials and is resistant to bioorganisms.
|
|
| FILTRAVIS™ Polymer |
|
|
A new polymeric viscosifier from Drilling Specialties Company LLC. It is used in combination with bentonite to give excellent fluid rheology properties in a variety of drilling applications. |
|
| FLOWZAN® Biopolymer |
|
|
Flowzan® Biopolymer is a high-purity, high-viscosity xanthan gum featuring patented dispersion technology for optimal hydration. It delivers exceptional rheological properties to fresh and salt water-based muds, drill-in fluids, brine completion and workover fluids.
|
|
| GREENBASE™ DRISPAC® Polymer |
|
|
A high performance polyanionic cellulose, suspended in the new greenbase fluid. The Greenbase™ Drispac® polymer suspension is uniquely stable, easily handled and useful in both oilfield and non-oilfield applications. |
|
| GREENBASE™ FLOWZAN® Biopolymer |
|
|
A high purity xanthan gum biopolymer, suspended in the new greenbase fluid. This type of polymer is unique when compared to most other polymers in oilfield drilling and completion applications. |
|
| GREENBASE™ Guar CM Polymer |
|
|
Greenbase™ Guar CM Polymer is a pure, high-viscosity guar polymer. It provides proppant-carrying capacity in fracturing fluids, serves as a general viscosifier for workover fluids, modifies fluid rheology in sand control, and thickens pad fluids in fracture acidizing.
|
|
| GREENBASE™ HEC Polymer |
|
|
Greenbase™ HEC Polymer is a pure high-viscosity hydroxyethyl cellulosic polymer suspended in the new Greenbase™ suspension fluid. |
|
| GREENBASE™ HPG Suspension |
|
|
Greenbase™ HPG Suspension is a pure, high viscosity derivative of guar gum, suspended in a greenbase fluid. The hydroxypropyl guar gum used in this product is carefully chosen to provide the highest solution viscosities possible with this type of polymer. |
|
| HE® Polymer 100 |
|
|
This synthetic polymer is for viscosifying heavy brine fluids at elevated temperature and is an excellent friction reducer in coiled tubing workovers. May also be crosslinked to form rigid gels for water shut-off treatments and injection profile control. |
|
| HE® Polymer 150 |
|
|
For Completion Fluids: A superior, synthetic polymer especially designed for use in brines. Is tolerant of divalent ions at extremely high temperatures and works well in environments where polyacrylamide and biopolymers are not stable. For Stimulation: An excellent viscosifier for HCI acid and other types of reservoir stimulation fluids. This synthetic polymer is also a very efficient friction reducer for coil tubing workovers and slick water fracturing treatments |
|
| HE® Polymer 300 |
|
|
HE® Polymer 300 provides stable viscosity in fresh water or heavy brines up to 465F, higher than with HE® Polymer 100. It is more effective than HEC and xanthan gum at temperatures above 270F in all base fluids and polyacrylamide in brines above 200F. |
|
| LIQUID DRISPAC® Polymer |
|
|
Multifunctional polyanionic cellulose polymer in a liquid form providing inhibition, rheology and fluid-loss control in fresh or salt water-based muds and workover/completion fluids. |
|
| LIQUID DRISPAC® Polymer XPT |
|
|
Multifunctional polyanionic cellulose polymer in a liquid form providing inhibition, rheology and fluid-loss control in fresh or salt water-based muds and workover/completion fluids. ( See MSDS section 15 for applicable Chemical Inventory Listings ) |
|
| LIQUID FLOWZAN® Biopolymer |
|
|
High-purity, high-viscosity xanthan gum in a liquid form featuring patented dispersion technology for optimal hydration. It delivers exceptional rheological properties to fresh and salt water-based muds, drill-in fluids, brine completion and workover fluids.
|
|
| LIQUID FLOWZAN® Biopolymer XPT |
|
|
High-purity, high-viscosity xanthan gum in a liquid form featuring patented dispersion technology for optimal hydration. It delivers exceptional rheological properties to fresh and salt water-based muds, drill-in fluids, brine completion and workover fluids. ( See MSDS section 15 for applicable Chemical Inventory Listings )
|
|
| LIQUID GUAR CM |
|
|
Liquid Guar CM is a pure, high-viscosity guar polymer, suspended in an ultra-clean mineral oil. The guar gum used in this product is carefully chosen to provide the highest solution viscosities possible with this type of polymer. |
|
| LIQUID GUAR CM XPT |
|
|
Liquid Guar CM XPT is a pure, high-viscosity guar polymer, suspended in an ultra-clean mineral oil. The guar gum used in this product is carefully chosen to provide the highest solution viscosities possible with this type of polymer. ( See MSDS section 15 for applicable Chemical Inventory Listings ) |
|
| LIQUID HEC Polymer |
|
|
Liquid HEC Polymer is a pure high-viscosity hydroxyethyl cellulosic polymer suspended in an ultra-clean mineral oil. Liquid HEC Polymer contains 40% by weight high-quality HEC product |
|
| LIQUID HEC Polymer XPT |
|
|
Liquid HEC Polymer XPT is a pure high-viscosity hydroxyethyl cellulosic polymer suspended in an ultra-clean mineral oil. Liquid HEC Polymer XPT contains 40% by weight high-quality HEC product. ( See MSDS section 15 for applicable Chemical Inventory Listings ) |
|
| ORGANOLIG™ - Organophilic Lignite |
|
|
Organolig™ - Organophilic Lignite is an amine treated lignite used for filtration control in Oil Base Muds and Synthetic Base Muds. |
|
| REBOUND™ LCM |
|
|
A carbon-based material used to prevent or cure lost circulation in porous and fractured formations. |
|
| SOLTEX® Additive |
|
|
Protect shale formations, impart superior lubricity and provide HTHP fluid-loss control with controlled solubility in water, synthetic and oil-based drilling fluids.
|
|
| SOLTEX® Potassium Additive |
|
|
SOLTEX® Potassium additive is a specially prepared potassium salt of sulfonated asphalt. In addition to providing the same unique qualities as regular SOLTEX® additive, it contributes water-soluble potassium ions to the mud system. |
|
|
