Materials, Chemicals and Additives

The chemical and mechanical performance of cement solutions is adjusted by blending in materials, chemicals and additives to address the specific challenges of each individual well.   As downhole environments have become increasingly challenging, the selection of Halliburton additives has grown from a dozen in the mid-fifties to several hundred today.  This wide selection of chemicals and additives enables the customization of any given slurry so that it is engineered for the demands of each well.  Options include accelerators, dispersants, fluid loss agents, gas migration additives, latexes, retarders and weighting agents.

Materials, chemicals and additives blended into slurries at engineered concentrations can help achieve reliable zonal isolation by altering slurry performance properties such as: 

  • Controlling thickening time for anticipated temperature and pressure conditions so that the slurry remains pump-able throughout the time required to place the cement and achieve top of cement as planned. 
  • Achieving optimum compressive strength so that the cement sheath can resiliently stand up to the highest anticipated axial forces or crush loading exerted against it.
  • Affect the rheology of the slurry: (a) the resistance to flow (plastic viscosity measured in centipoise) and (b) a decrease in the resistance to flow under pressure (yield point measured in force per unit of contact area). 
  • Preventing fluid loss so that the cement slurry retains cement filtrate (the mix water plus dissolved ions from dissolution of the aqueous phase of cement) rather than losing it to the permeable formation in downhole temperature conditions.
  • Reducing free fluid or minimizing the volume of fluid that separates from suspended particles/solids and collects at the vertical surface on the top of a slurry column or on the high side of a horizontal or highly deviated wellbore. 
  • Producing slurry stability through the uniform and consistent distribution of solids throughout the slurry.
  • The density of the slurry required to resist the flow pressure from the formation without exceeding the fracture gradient of the same; density is measure in lb/gal according to the Principle of Archimedes.

All of Halliburton’s chemical and additive advancements were made with one goal in mind:  to help operators benefit from a long-term tight annular seal and cement-sheath resilience for superior zonal isolation, even in technically demanding wells or environmentally sensitive areas.  

Materials, Chemicals and Additives

Filter By  
Количество записей на странице Show     results per page
  TitleНазвание  DateДата
Summary Summary Spacer Tech Sign in required
The variable-viscosity, optimized-rheology spacer lowers drilling costs through shorter rig time and recovery of drilling fluids. In one notable application, the use of a variable-viscosity, optimized-rheology (VVOR) spacer enabled an operator to save $150,000 on rig time and recover usable drilling fluid. Avoidance of remedial cementing saved from $15,000 to $100,000. A successful well completion demands the satisfaction of a number of criteria, one of which is the effective placement of cement. The main purposes of primary cementing are to create a secure bond with the pipestring and formation in order to strengthen both, supply zonal isolation from formation fluids by sealing the annulus, and protect the casing from corrosion.
Summary Summary Spacer Tech Saves Sign in required
In one notable application, the use of a variable-viscosity, optimized-rheology (VVOR) spacer enabled an operator to save $150,000 on rig time and recover usable drilling fluid. Avoidance of remedial cementing saved from $15,000 to $100,000.
Summary Summary Metric - b. Dimensions and Strengths Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - n. Special Cements Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - k. Class G Cement Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - h. Technical Information and API Cementing Schedules Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - Redbook - Cementing Tables Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - l. Class H Cement Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - c. Capacity Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - d. Volume and Height Between Tubings, Between Tubings and Casing, and Between Casing Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - e. Coiled Tubing Technical Data Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - a. Volume and Height Between Tubing and Hole, and Casing and Hole Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - m. Promix Cement and Pozmix 140 Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - j. Class C Cement Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary Metric - i. Class A or B Cement Sign in required
Engineering reference book containing: Volume and Height between Tubing and Hole and Casing and Hole; Displacement; Dimensions and Strengths; Capacity; Volume and Height between Tubing and Casing and between Casings; Coiled Tubing Technical Data; Drill Bit Classifier; Fluids Reference; Technical Data including API Cementing Schedules and Cement Classes; and Calculations and Formulae.
Summary Summary BaraLock®-666.M LCM - Product Data Sheet
BaraLock®-666.M premium medium-sized reticulated foam lost circulation material (LCM) is used as a supplement to any LCM pill formulation in any fluid type and any formation, but not intended for reservoir applications. This proprietary, engineered, supplemental solution is designed to help seal fractures up to at least 10,000 microns.
Summary Summary BaraLock®-666.F LCM - Product Data Sheet
premium fine-sized reticulated foam lost circulation material (LCM) is used as a supplement to any LCM pill formulation in any fluid type and any formation, but not intended for reservoir applications. This proprietary, engineered, supplemental solution is designed to help seal fractures up to at least 3,000 microns.
Summary Summary BaraShield®-664 LCM - Product Data Sheet
BaraShield®-664 medium-sized granular multi-modal lost circulation material is used to prevent or remediate seepage to partial lost circulation in any fluid type and is applicable in any formation – not intended for reservoir applications.
Summary Summary BaraLock®-666.C LCM - Product Data Sheet
BaraLock®-666.C premium coarse-sized reticulated foam lost circulation material (LCM) is used as a supplement to any LCM pill formulation in any fluid type and any formation, but not intended for reservoir applications. This proprietary, engineered, supplemental solution is designed to help seal fractures up to at least 25,000 microns (< 1 inch).
Summary Summary BaraShield®-663 LCM - Product Data Sheet
BaraShield®-663 premium fine-sized granular multi-modal lost circulation material is used to provide wellbore stability in any fluid type and is applicable in any formation – not intended for reservoir applications.
Summary Summary BaraBlend®-665 LCM - Product Data Sheet
BaraBlend®-665 premium granular, high fluid loss lost circulation material (contains fine-sized reticulated foam) can be used in fresh or salt water in any formation – not intended for reservoir applications.
Summary Summary BARAFLAKE® acid-soluble lost circulation material pill cures losses
BARAFLAKE® acid-soluble lost circulation material (LCM) pill cures losses in deepwater carbonate reservoir
Summary Summary Static loss rate drops 87% after use of DUO-SQUEEZE® R LCM pills
Plugging Perforations with Engineered LCM Pills Saves Operator US$500,000 in Rig Time and Eliminates Cement Plug Operation
Summary Summary STOPPIT® LCM Pills Cure Loss Rate for Oman Operator
STOPPIT® LCM Pills Cure Severe Losses, Eliminating Need for Cement Plug
Summary Summary Combo pills provide Immediate Impact Intervention Solution through rapid seal in severe loss zone
Engineered Combo Pills with BAROFIBRE®, STEELSEAL® and N-SEAL™ LCMs Helped Stop Losses Quickly, Provide Immediate Impact Solution
Summary Summary Static loss rate drops to zero after use of DUO-SQUEEZE® R LCM pills
Plugging Perforations with Engineered DUO-SQUEEZE® R LCM Pills Saves Operator US$200,000 on Sidetrack Operation
Summary Summary STEELSEAL®/BARACARB® LCM pill saves $4 million on deepwater well
Hesitation squeeze with STEELSEAL®/BARACARB® LCM pill stops losses and strengthens wellbore in production interval
Summary Summary WellSET® treatment helps operator avoid losses while drilling severely depleted sands
WellSET® treatment helps operator avoid losses while drilling severely depleted sands
Summary Summary BaraShield®-663 LCM Standard Field Application Procedure
Standard Field Application Procedure
Summary Summary HYDRO-PLUG® LCM Standard Field Application Procedure
Standard Field Application Procedure
Summary Summary STOPPIT® LCM Standard Field Application Procedure
Standard Field Application Procedure
Summary Summary BaraShield®-664 LCM Standard Field Application Procedure
Standard Field Application Procedure
Summary Summary BaraShield®-664 & BaraLock®-666 LCMs Help Cure Total Losses & Improve Cement Job in Known Thief Zone
Engineered BaraShield®-664 and BaraLock®-666 sweeps and LCM squeeze pills were used throughout the interval to seal and heal the wellbore.
Summary Summary Customized LCM Squeeze Pill Cures Losses in Depleted Sandstones and Eliminates Additional Trips
STOPPIT® LCM enables exceptional fracture plugging, saving operator time and money.
Summary Summary Venezuela: EZ-PLUG® LCM reduces losses in high permeability, low fracture gradient sections of allochthonous zone
Lost circulation is common in the allochthonous zone because of low fracture gradients and high permeability. The zone is composed of multiple formation types adding to the complexity of maintaining an appropriate fluid density.
Summary Summary Angola: LCM Pill Seals loss Zone in Deepwater Angola
By Using HYDRO-PLUG as a Cement Support in the open hole before setting a kick off plug, the cement remained in place and did not allow for any channeling inside the large rat hole that held the junk from centralizers left in the hole.
Summary Summary WS-36™ dispersant
WS-36™ dispersant is used in the preparation of aqueous external-phase dispersions. It is most commonly used in the PAD™ Paragon Acid Dispersion system that dissolves organic residues and removes scale deposits.
Summary Summary Excelerate™ Friction Reducers
The Excelerate™ friction reducer portfolio provides exceptional performance and value for unconventional and tight gas fracture stimulations.
Summary Summary FightR™ Friction Reducers
FightR™ friction reducer portfolio provides exceptional performance and value for unconventional and tight gas fracture stimulations.
Summary Summary FR-76™ Friction Reducer Agent
FR-76™ liquid friction reducer is designed to be used in fresh water and low TDS (total dissolved solids) brines.
Summary Summary NEA-96M™ surfactant
NEA-96M™ surfactant is a general surfactant and nonemulsifier for preflushes, acid preflushes, HCl and HF acid systems, overflushes, and fracturing fluids.
Summary Summary AQF-2™ Foaming Agent
AQF-2™ anionic surfactant and foaming agent is used to stabilize the gas and liquid levels of foamed fracturing fluids.
Summary Summary Pen-88™ nonionic blend of solvents and surfactants
Pen-88™ is a nonionic blend of solvents and surfactants that forms a microemulsion, a stable dispersion that will not separate into mutually insoluble phases, when added to an acid or non-acid fluid.
Summary Summary WAC-9™ fluid-loss additive
WAC-9™ is a fluid-loss additive designed for use in gelled fracturing fluids. fracturing fluids.
Summary Summary SSO-21MW agent
SSO-21MW agent is a foaming surfactant that provides improved water recovery in low permeability gas wells, such as shale or coal beds.
Summary Summary AS-7™ Surfactant/Antisludging Agent
AS-7™ nonionic surfactant functions as an antisludging agent in acid solutions. AS-7 surfactant may act as a chemical barrier between asphaltene particles and acid, helping prevent the precipitation of acid sludge.
Summary Summary LoSurf-2000S™ Surfactant
LoSurf-2000S™ surfactant is a solid, powder surfactant. It is a blend of anionic nonemulsifier and an anionic hydrotrope. LoSurf-2000S surfactant can be used as a surface-tension reducer and nonemulsifier in fracturing and acidizing applications.
Summary Summary FR-26 LC™
FR-26 LC™ is a liquid friction reducer for water and brine. It consists of an oil-external emulsion that is easily inverted and/or broken and dispersed with minimal shear in aqueous fluids.
Summary Summary D-Crude 1™ surfactant
D-Crude 1™ surfactant helps disperse and remove crude oil and other petroleum-based fluids from refinery equipment and pipelines.
Summary Summary PERMVIS™ VFR-10 Friction Reducer
PERMVIS™ VFR-10 friction reducer can effectively perform in waters with a variety of ions (sodium, calcium, sulfates, strontium, magnesium, iron, chlorides).
Summary Summary HR-4 Cement Retarder
HR®-4 cement retarder is a calcium lignosulfonate derived from wood. It can be used to retard all API classes of cement as well as Pozmix® cement.
Summary Summary HR®-14LM Cement Retarder
HR®-14LM cement retarder has a broad range of application and may be used for retarding both lead and tail slurries at temperatures between 80°F and 350°F (27°C–177°C).
Summary Summary Cal-Seal™ 60 Cement Accelerator - A4
Cal-Seal™ 60 accelerator is blended with Portland cements. It helps shorten the slurry’s setting time and can improve its expansive properties.
Summary Summary CFR-3 Cement Friction Reducer A-4
Halliburton CFR-3 friction reducer helps reduce the apparent viscosity and improve the rheological properties of a cement slurry. As a result, turbulent flow can be achieved at lower pumping rates, which results in reduced friction pressure during pumping.
Summary Summary CFR-6 Cement Friction Reducer (Russian)
CFR-6 Cement Friction Reducer in Russian
Summary Summary Calcium Chloride (CaCl2) Accelerator - A4
Calcium chloride (CaCl2) additive is the most widely used and accepted accelerator for all classes of cement. It is widely used in shallow, low-temperature formations to speed the setting of cement slurries.
Summary Summary CFR-3 Cement Friction Reducer (Russian)
Russian version of sales data sheet on CFR-3
Summary Summary SCR-500L High-Temperature Retarder
SCR-500L™ high-temperature retarder is a synthetic material designed for use in slurries exposed to high bottomhole circulating temperatures (BHCTs) ranging from 200° to 330°F (93° to 165°C).
Summary Summary D-Air 4000L™ Cementing Defoamer
D-Air 4000L solids-free defoamer and de-air entraining additive does not produce any of the settling issues normally found with cementing defoamers of this type.
Summary Summary Halad®-413
Halad®-413 fluid-loss additive can provide excellent fluidloss control in high-temperature wells, especially when used on densified cement slurries or slurries mixed with high salt concentrations.
Summary Summary Stabilizer 434C Latex Stabilizer
Stabilizer 434C latex stabilizer is a liquid material used with Latex 2000 cement to stabilize the latex in the cement slurry. The Latex 2000 system is a polymer emulsion and in the presence of salts, particularly divalent ions such as calcium, the latex tends to come out of emulsion, losing its effectiveness against gas migration in cement slurries. Stabilizer 434C latex stabilizer helps prevent the de-emulsification of Latex 2000 additive in cement slurries.
Summary Summary HR®-601
HR®-601 retarder is a lignin-based, cement-set retarder that does not overly disperse slurries like other common retarders.
Summary Summary CFR-3 Cement Friction Reducer
Halliburton CFR-3 friction reducer helps reduce the apparent viscosity and improve the rheological properties of a cement slurry. As a result, turbulent flow can be achieved at lower pumping rates, which results in reduced friction pressure during pumping.
Summary Summary HR®-25L
HR®-25L high-temperature retarder/intensifier is a standalone retarder that can be used to gel cement. However, this product was primarily designed for intensifying common retarders.
Summary Summary Cal-Seal™ 60 Cement Accelerator
Cal-Seal™ 60 accelerator is blended with Portland cements. It helps shorten the slurry’s setting time and can improve its expansive properties.
Summary Summary GasCon 469™ Additive - A4
GasCon 469™ is a liquid cement additive designed to help increase slurry stability and control free water. This additive can be used at bottomhole circulating temperatures (BHCTs) between 40° and 300°F (4° and 149°C).
Summary Summary Calcium Chloride (CaCl2) Accelerator
Calcium chloride (CaCl2) additive is the most widely used and accepted accelerator for all classes of cement. It is widely used in shallow, low-temperature formations to speed the setting of cement slurries.
Summary Summary MICROMAX™ Weight Additive A-4
MICROMAX weight additive consists of a hausmannite ore ground to an average particle size of 5 microns. This additive is primarily used to increase slurry density.
Summary Summary HR®-12 Cement Retarder
HR®-12 retarder is a mixture of HR®-4 retarder and an organic acid. It can be used to retard all API classes of cement as well as Pozmix® cement.
Summary Summary Halad®-413 Additive A-4
Halad®-413 additive is a synthetic polymer that helps control filtrate loss in all cement conditions
Summary Summary SCR-100™ Cement Retarder
SCR-100™ retarder is a nonlignosulfonate cement retarder that helps simplify the design of thixotropic slurries.
Summary Summary Stabilizer 434B Latex Stabilizer
Stabilizer 434B latex stabilizer helps prevent gas migration in Latex 2000 cement, a low fluid-loss cementing system. Latex 2000 cement is a water-internal, oil-external emulsion; in the presence of water, the system tends to come out of emulsion, losing its effectiveness against gas migration. Stabilizer 434B latex stabilizer helps prevent the de-emulsification of Latex 2000 cement.
Summary Summary SCR-100™ Cement Retarder - A4
SCR-100™ retarder is a nonlignosulfonate cement retarder that helps simplify the design of thixotropic slurries.
Summary Summary Halad®-322 Additive (Russian)
Russian language version of Halad®-322 data sheet.
Summary Summary Halad®-413 Additive
Halad®-413 additive is a synthetic polymer that helps control filtrate loss in all cement conditions.
Summary Summary HR®-6L Cement Retarder
HR®-6L retarder is a 40% solution of a chemically modified lignosulfonate. It can be used to retard all API classes of cement as well as Pozmix® cement.
Summary Summary Micro Matrix® Cement Retarder
Micro Matrix® Cement Retarder (MMCR) is a liquid retarder designed for use in Micro Matrix cement.
Summary Summary Halad®-447 Additive
Halad®-447 is a fluid-loss additive containing polyvinyl alcohol. This additive helps prevent fluid loss and gas migration in most API and lightweight commercial cements.
Summary Summary Halad®-413 Additive (Russian)
Halad®-413 -- Russian
Summary Summary Halad®-322 Additive -A-4
Halad®-322 is a fluid-loss additive designed for use in low-temperature wells. It can be used in wells with bottomhole circulating temperatures (BHCTs) of 180°F (82°C) and below.
Summary Summary SCR100™ Cement Retarder (Russian)
Russian language version of data sheet.
Summary Summary Micro Matrix® Cement Retarder A-4
Micro Matrix® Cement Retarder (MMCR) is a liquid retarder designed for use in Micro Matrix cement.
Summary Summary GasCon 469™ Additive
GasCon 469™ is a liquid cement additive designed to help increase slurry stability and control free water. This additive can be used at bottomhole circulating temperatures (BHCTs) between 40° and 300°F (4° and 149°C).
Summary Summary Stabilizer 434B Latex Stabilizer A-4
Stabilizer 434B latex stabilizer helps prevent gas migration in Latex 2000 cement, a low fluid-loss cementing system. Latex 2000 cement is a water-internal, oil-external emulsion; in the presence of water, the system tends to come out of emulsion, losing its effectiveness against gas migration. Stabilizer 434B latex stabilizer helps prevent the de-emulsification of Latex 2000 cement.
Summary Summary Halad®-447 Additive (Russian)
Halad-447 Data sheet in Russian
Summary Summary HR®-25 Cement Retarder SCR-100 (Russian)
Russian language version of data sheet.
Summary Summary Halad®-447 Additive A-4
Halad®-447 is a fluid-loss additive containing polyvinyl alcohol. This additive helps prevent fluid loss and gas migration in most API and lightweight commercial cements.
Summary Summary Calcium Chloride (CaCl2) Accelerator (Russian)
Хлористый кальций (CaCl2) представляет собой наиболее широко применяемую и признанную добавку, ускоряющую схватывание цементных растворов всех классов. Этот продукт широко используется в характеризующихся неглубоким залеганием и пониженной температурой пластах как средство ускорения схватывания и затвердевания тампонажных растворов.
Summary Summary HR®-7 Cement Retarder
HR®-7 retarder is a sodium lignosulfonate that can be used as a retarder and dispersant in all API classes of cement as well as Pozmix® cement.
Summary Summary Halad®-322 Additive
Halad®-322 is a fluid-loss additive designed for use in low-temperature wells. It can be used in wells with bottomhole circulating temperatures (BHCTs) of 180°F (82°C) and below.
Summary Summary MICROMAX™ Weight Additive (Russian)
Russian language version of data sheet.
Summary Summary MICROMAX™ Weight Additive
MICROMAX weight additive consists of a hausmannite ore ground to an average particle size of 5 microns. This additive is primarily used to increase slurry density.
Summary Summary HR®-25 Cement Retarder SCR-100 -A4
HR®-25 is a high-temperature retarder/intensifier. As a stand-alone retarder, HR®-25 retarder/intensifier can be used to gel cement.
Summary Summary HR®-25 Cement Retarder SCR-100
HR®-25 is a high-temperature retarder/intensifier. As a stand-alone retarder, HR®-25 retarder/intensifier can be used to gel cement.
Summary Summary Halad-400L Fluid Loss Additive
Halliburton’s Halad®-400L fluid loss additive is a synthetic additive developed for temperatures from below 80°-400°F (27°-204°C) and for salt concentrations from zero percent to saturated salt concentrations. Halad-400L has been environmentally approved for use in the North Sea (exhibits biodegradability, low toxicity, and low bioaccumulation potential). This additive works without building viscosity and has a slightly dispersive character, thus the cement slurry remains thin. This additive is available as an aqueous liquid with a 22% activity.
Summary Summary Halad-400L Fluid Loss Additive
Halliburton’s Halad®-400L fluid loss additive is a synthetic additive developed for temperatures from below 80°-400°F (27°-204°C) and for salt concentrations from zero percent to saturated salt concentrations. Halad-400L has been environmentally approved for use in the North Sea (exhibits biodegradability, low toxicity, and low bioaccumulation potential). This additive works without building viscosity and has a slightly dispersive character, thus the cement slurry remains thin. This additive is available as an aqueous liquid with a 22% activity.
Summary Summary Econolite Additive (Russian)
Russian version of sales data sheet on Econolite
Summary Summary HR®-6L Cement Retarder - A4
HR®-6L retarder is a 40% solution of a chemically modified lignosulfonate. It can be used to retard all API classes of cement as well as Pozmix® cement.
Summary Summary Sodium Chloride (NaCl) Accelerator - A4
Sodium chloride (NaCl), commonly known as salt, can be used in low concentrations to accelerate the setting of cement. In high concentrations, NaCl retards the setting of most cements, improves bonding of cement to shales, and minimizes damage in zones sensitive to fresh water. A defoamer should be added to dry blends or to mixing water to minimize foaming and air entrainment.
Summary Summary HR®-6L Cement Retarder (Russian)
Russian version of sales data sheet on HR-6L
Summary Summary NF-6(TM) Defoamer (Russian)
Russian version of NF-6 defoamer sales data sheet
Summary Summary Econolite Additive A-4
Halliburton's Econolite additive is used in oilwell cementing to increase volume, decrease density, provide a detergent action, and reduce costs; the resulting slurries are widely used as filler cement. The additive is dry-blended, in finely ground powder form, with API cement Classes A, C, H, and Halliburton LIGHT cement at the rate of 1 to 3% by weight. Econolite additive cannot be used with calcium chloride (accelerator).
Summary Summary Latex 2000 A-4
Latex 2000 liquid additive is designed to impart excellent fluid-loss control, high-temperature suspension properties, and acid resistance to cement slurries. Latex 2000 additive is successful across a wide range of well conditions (Ambient to 380°F circulating temperature) and is used in both primary casing cementing operations and remedial squeeze work.
Summary Summary NF-6™ Defoamer
NF-6™ defoamer helps alleviate foaming problems in troublesome slurries, such as those containing salt, Halad®-413, or latexes, or in slurries with high yield points. By reducing foaming problems, NF-6 defoamer allows operators to mix slurries to specifically designed
Summary Summary NF-6(TM) Defoamer - A4
NF-6™ defoamer helps alleviate foaming problems in troublesome slurries, such as those containing salt, Halad®-413, or latexes, or in slurries with high yield points. By reducing foaming problems, NF-6 defoamer allows operators to mix slurries to specifically designed densities.
Summary Summary HR®-5 Cement Retarder
HR®5 additive is a chemically modified lignosulfonate that retards the setting of cement. It is designed for use in wells with recirculating temperatures between 125° and 206°F (290°F static).
Summary Summary Latex 2000
Latex 2000 liquid additive is designed to impart excellent fluid-loss control, high-temperature suspension properties, and acid resistance to cement slurries. Latex 2000 additive is successful across a wide range of well conditions (Ambient to 380°F circulating temperature) and is used in both primary casing cementing operations and remedial squeeze work.
Summary Summary Latex 2000 (Russian)
Latex 2000 liquid additive is designed to impart excellent fluid-loss control, high-temperature suspension properties, and acid resistance to cement slurries. Latex 2000 additive is successful across a wide range of well conditions (Ambient to 380°F circulating temperature) and is used in both primary casing cementing operations and remedial squeeze work.
Summary Summary Econolite Additive
Halliburton's Econolite additive is used in oilwell cementing to increase volume, decrease density, provide a detergent action, and reduce costs; the resulting slurries are widely used as filler cement. The additive is dry-blended, in finely ground powder form, with API cement Classes A, C, H, and Halliburton LIGHT cement at the rate of 1 to 3% by weight. Econolite additive cannot be used with calcium chloride (accelerator).
Summary Summary Sodium Chloride (NaCl) Accelerator
Sodium chloride (NaCl), commonly known as salt, can be used in low concentrations to accelerate the setting of cement. In high concentrations, NaCl retards the setting of most cements, improves bonding of cement to shales, and minimizes damage in zones sensitive to fresh water. A defoamer should be added to dry blends or to mixing water to minimize foaming and air entrainment.
Summary Summary HR-800™ Cement Retarder
HR-800™ non-lignin cement retarder is capable of retarding cement at temperatures between 80 - 220°F (20 - 105°C).
Summary Summary HR®-4 Cement Retarder
HR®-4 retarder is a calcium lignosulfonate derived from wood. It can be used to retard all API classes of cement as well as Pozmix®cement.
Summary Summary Tuned® Spacer III Ultra HT spacer fluid
Tuned® Spacer III Ultra HT spacer fluid is designed especially for high temperature applications between 300°F (149°C) and 450°F (232°C). The spacer’s rheological properties (viscosity and yield point) can be designed for specific application in individual well conditions.
Summary Summary Tuf Fiber™ 594 cement additive
When blended into cement slurry systems, Tuf Fiber™ 594 cement additive helps overcome lost circulation while improving wellbore strength by adding cohesiveness and increased ductility to the set cement sheath.
Summary Summary SA-1020™ suspending agent
SA-1020™ suspending agent is a delayed-release viscosifier that helps prevent solids from settling in cement slurry systems in temperatures above 250°F (121°C). Additionally, SA-1020 agent helps control free fluid in cement slurries. The result is improved slurry stability at bottomhole circulating temperatures ranging between 250°F (121°C) and 450°F (232°C).
Summary Summary LifeCem™ 100 cement additive
The primary use of LifeCem 100 cement additive is to increase the set cement sheath’s capability to resist cyclic loading. This additive achieves this by modifying the Young’s modulus and Poisson’s ratio of set cement, and by sealing microannuli if they form in the sheath.
Summary Summary Latex 3000 Addtive_Deepwater Data Sheet
Latex 3000™ cement additive is a liquid additive designed to lower equivalent circulating density (ECD) and impart excellent fluid-loss control, high-temperature suspension properties, and acid resistance to cement slurries.
Summary Summary Suspend HT Additive - Suspending Agent
Suspend HT Additive is a suspending aid and free-water control agent. It can be used to counteract the thermal thinning of cement slurries so that the slurry viscosity profile is not affected by temperature.
Summary Summary Latex 3000 Addtive Data Sheet
Latex 3000™ cement additive is a liquid additive designed to lower equivalent circulating density (ECD) and impart excellent fluid-loss control, high-temperature suspension properties, and acid resistance to cement slurries.
Summary Summary Micro Matrix® Cement
Micro Matrix® cement now offers solutions to special cementing problems
Summary Summary ZoneSeal Isolation Process and Foam Systems
The ZoneSeal Isolation Process helps ensure a stable, foamed slurry. The process includes a fully integrated automated system that adjusts nitrogen content to maintain constant density by accounting for increasing hydrostatic pressure with depth.
Summary Summary LockCem™ cement
LockCem™ cement is a proprietary blend of a water-tolerant resin, WellLock® resin system, with any class of Portland cement. LockCem cement provides the best of both the resin and the cement qualities, while overcoming the challenges of oilfield resin use.
Summary Summary Wellbore Integrity and Enhancer 923 Cement Agent
When blended into a specfically designed Halliburton cement system, Enhancer 923™ cement agent delivers the benefits of a lightweight cement with the unique ability to catalyze crystalline growth during curing for enhanced early compressive strength development. Additionally, it has the mechanical ability to sequester water in a manner that reduces API fluid loss while enhancing free water control.
Summary Summary Fluid Loss Additives
Our Case for Halliburton Additives is Water Tight. The Industry's Most Complete Line of Fluid Loss Additives Means We Can Tailor A Slurry Precisely To Your Well's Requirements — For The Most Effective Cementing Job Possible.
Summary Summary Foamer 1026 Foamer/Stabilizer
Foamer 1026 foamer/stabilizer is an environmentally acceptable surfactant-blend foam stabilizer and primary foamer. It is designed to help lower the density in water-based oilfield fluid systems such as spacers and cements.
Summary Summary CleanSpacer III Spacer Fluid
Environmentally-safe, biodegradable spacer helps optimize wellbore preparation
Summary Summary Flocele lost-circulation cement additive
Flocele™ lost-circulation cement additive helps control lost circulation.
Summary Summary BridgeMaker™ Family of LCM Spacer Fluids
The BridgeMaker™ Family of LCM spacer fluid is designed to overcome lost circulation while preparing the wellbore to receive cement. This family of spacer fluids represent an environmentally friendly blend of carefully selected materials.
Summary Summary Enhancer 923 Cement Agent
When blended into a specfically designed Halliburton cement system, Enhancer 923™ cement agent delivers the benefits of a lightweight cement with the unique ability to catalyze crystalline growth during curing for enhanced early compressive strength development. Additionally, it has the mechanical ability to sequester water in a manner that reduces API fluid loss while enhancing free water control.
Summary Summary DeepFX-L Additive
DeepFX-L additive is a single additive to address two challenges designed to enable logistics efficiencies and to be blended with cementing systems to help address both shallow water flow and gas migration conditions.
Summary Summary WellLife 684 Additive
WellLife® 684 additive is designed to increase the tensile strength of set cement without significantly decreasing the compressive strength.
Summary Summary The Family of WellLife Additives
WellLife® additives are used to modify the set-cement sheath’s mechanical properties with the goal of making it less brittle, more resilient and more elastic than conventional cement. Increasing the elasticity and resilience of the set cement sheath with the use of an additive in the WellLife family of additives helps eliminate or at least minimize damage caused by stresses induced during well activities.
Summary Summary Halad 568LM Fluid Loss Additive
Offshore cementing operations where logistics favor the use of a minimal suite of additives is the primary application of Halad®-568LM fluid-loss additive. It provides additional benefits, including improved slurry stability and, at the higher concentrations, some element of gas control.
Summary Summary EZ-FLO II Blending Additive
EZ-FLO II Blending Additive can improve the ability of typical pneumatic equipment to provide fluid-like flow for bulk materials. Cement particles treated with EZ-FLO II additive separate more easily.
Summary Summary GasCon 469 LM Cement Additive
GasCon 469™ LM cement additive is a liquid cement additive designed to help increase slurry stability and control free water. It provides stable slurries across a wide density range.
Summary Summary TergoVis I Efficiency Fluid
Preparing the wellbore to receive cement while benefitting from efficient oil-based mud (OBM) recovery.
Summary Summary WellLock Resin System
WellLock resin system can function as a gas-impermeable secondary barrier to the primary cement sheath. It is also ideal for squeeze applications and microannuli repairs or for permanent plug and abandonment. It can be solid laden or used as a pure clean fluid.
Summary Summary D-Air 3000 and D-Air 3000L defoamers
D-Air 3000 and D-Air 3000L defoamers help control foaming of cement slurries.
Summary Summary SoluCem Cement in Horizontal Shale Wells Enhances Fracture Efficiency
Horizontal wells are normally fracture stimulated in multiple stages to help increase production. Limited entry perforating is used to achieve stimulation over a wide interval. Cementing horizontal shale wells using SoluCem™ cement provides significant benefits.
Summary Summary Econolite-LM additive
The Econolite™– LM additive is primarily used as a cement slurry extender and stabilizer and can be used in a broad range of slurry densities at downhole temperatures up to 200°F (93°C). It is intended for offshore use where logistics and rig pit space limitations favor the use of a minimal suite of liquid additives.
Summary Summary Tuned® Spacer V
Tuned® Spacer V was developed for use at temperatures to 485-degrees Fahrenheit (251.7-degrees Celsius). It is an optimized rheology spacer that meets the challenge of high bottomhole temperatures.
Summary Summary Halad 447 LM Fluid Loss Additive
Halad®-447LM fluid-loss additive is an aqueous blend of synthetic polymers designed to provide fluid-loss control in cement slurries. At the higher concentrations, this additive can provide resistance to gas invasion across a wide range of conditions.
Summary Summary FineCem Cement
FineCem™ cement can be used on squeeze jobs where /ne-particle cement blends are required. In squeeze cementing operations, this cement blend can be applied where conditions make it desirable for the cement slurry to penetrate areas previously inaccessible to conventional cement slurry, such as “tight” casing leaks, gravel packs, small fractures, channels, or microannuli. FineCem™ cement slurries can also be used in slimhole conditions for production strings.
Summary Summary LiquiLite™ Cement Additive
LiquiLite™ cement additive enables efficient delivery of Tuned® Light cement in offshore and remote locations by eliminating bulk blending logistics and allowing for tailoring of slurry density on location.
Summary Summary SentinelCem Cement
SentinelCem cement is specifically designed to cure losses and enable further drilling and help achieve zonal isolation by accomplishing intended top of the cement. The solution can be easily applied to losses varying from seepage to a complete loss of returns.
Summary Summary Foamer 760 Foamer / Stabilizer
Foamer 760™ foamer/stabilizer is a single-component cement foamer/stabilizer that can be used in fresh water, seawater, and salt slurries.
Summary Summary HR-12LM Cement Retarder
HR®-12LM cement retarder is a proprietary cement retarder designed for use in seawater-based cement slurries. This material is fully biodegradable and environmentally-friendly, containing no hazardous ingredients.
Summary Summary Super CBL™ & Super CBL™ EXP Additives
Super CBL™ and Super CBL™ EXP additives are plastic-state additives designed to help compensate for cement shrinkage. Cement shrinkage is a combination of the volume reduction caused by the chemical hydration process of cement and the fluid loss to the formation.
Summary Summary ShaleCem Cement and Latex 3000 additive
Halliburton’s ShaleCem™ cement system addresses the speci:c demands of the Haynesville Shale; and when the newest latex additive advancement from Halliburton, Latex 3000™ cement additive, is included in the blend, ShaleCem cement has high-temperature suspension properties (up to 400° F or 204.4° C), corrosion resistance and excellent ;uid loss control.
Summary Summary Halad-569LXM Fluid Loss Additive
Halad®-569LXM fluid loss additive is a liquid fluid-loss control additive for cement slurries that provides additional benefits, including improved slurry stability and strength enhancement, particularly for low density slurries. It is particularly useful offshore where logistics favor the use of a minimal suite of additives.
Summary Summary Tuned Spacer™ Material
Tuned Spacer™ Material is a cost-effective, water-based spacer that can provide variable viscosity and optimized rheology. For material #'s 12219 (blend) and 100009902 (dispersant). Used in Congo April 2018
Summary Summary CleanBore B™
The CleanBore system consists of four fluids that help provide quick and effective cleanout of oil-based mud (OBM) so that perforating or production in completion operations can begin.
Summary Summary Bentonite (Halliburton Gel)
Bentonite (Halliburton Gel) is a colloidal clay mineral composed primarily of smectite. It may also contain accessory minerals, such as quartz, feldspar, and calcite. In fresh water, bentonite swells to approximately 10 times its original volume.
Summary Summary Halad®-567 Additive - A4
Halad®-567 fluid-loss additive is made from synthetic polymer technology. It is available as a powder or a 20% solution (Halad®-567L additive).
Summary Summary Gilsonite Lost Circulation Additive - A4
Gilsonite additive is an asphaltene hydrocarbon in granular form. Its particle size varies between 4- and 100-mesh. Gilsonite additive is commonly used to control lost circulation.
Summary Summary Barite Heavyweight Additive
Barite heavyweight additive is a barium sulfate material used to weight drilling muds and cement slurries. Typically, 85 to 90% of barite additive will pass through a 325-mesh sieve.
Summary Summary Bentonite Cement Diesel Oil Slurry (BCDO)
Bentonite cement diesel oil (BCDO) slurry is a blend of bentonite and cement mixed with diesel oil. This slurry forms a thick,paste-like material when contacted by water or water-based drilling muds, making an effective lost-circulation material. Granular, flaked, or fibrous lost-circulation additives can be used with BCDO slurries.
Summary Summary Gilsonite Lost Circulation Additive
Gilsonite additive is an asphaltene hydrocarbon in granular form. Its particle size varies between 4- and 100-mesh. Gilsonite additive is commonly used to control lost circulation.
Summary Summary MicroBond™ - A4
Microbond expanding additive for cement is a crystalline-growth cement additive that provides low-temperature expansion.
Summary Summary Perlite Cement Additive
Perlite cement additive is a light, granular material made from crushed volcanic rock. Its primary use is to lower the density of cement slurries.
Summary Summary MicroBond™
Microbond expanding additive for cement is a crystalline-growth cement additive that provides low-temperature expansion.
Summary Summary Halad®-600 E+ Additive -A4
Halad®-600 E+ additive helps control fluid loss in environmentally sensitive areas.
Summary Summary Pol-E-Flake™ Lost Circulation Additive
Pol-E-Flake™ additive is an inert lost circulation product that can be used in any common drilling fluid or cement system. It consists of polyester film (non-cellophane) sized to 3/8 in.
Summary Summary Halad®-9
Halad®-9 additive is a blend of a cellulose derivative and a dispersant. It provides fluid loss control in all API classes of cement.
Summary Summary Halad®-766
Halad®-766 fluid-loss additive can also be used as a retarder. Halad-766 fluid-loss additive is extensively used to retard foam slurries without reducing viscosity. Halad-766 fluid-loss additive is a derivitatized cellose that can be used for fluid loss and retardation in all API cement classes as well as Pozmix® cement. The tables below list the product specifications and part numbers for Halad-766 fluid-loss additive.
Summary Summary CleanBore A Surfactant - A4
The CleanBore system consists of four fluids that help provide quick and effective cleanout of oil-based mud (OBM) so that perforating or production in completion operations can begin.
Summary Summary Halad®-300L Additive
Halad®-300L fluid-loss additive is an alternative to Halad®-200 additive.
Summary Summary MicroBond™ (Russian)
MicroBond(TM) additive sales data sheet in Russian
Summary Summary Spherelite™ Cement Additive A-4
When combined with the proper type of cement, Spherelite™ cement additive can provide slurry densities of 9.5 to 12 lb/gal. The 24-hour compressive strength of these slurries can range from 100 to 700 psi at curing temperatures of 28° to 140°F (-2.2° to 60°C).
Summary Summary SA-541™ Suspending Aid
When cement slurries containing SA-541™ suspending aid are heated to temperatures greater than 150°F (65.5°C), the material yields to suspend downhole solids.
Summary Summary Dual Spacer™ Mixing Aid A-4
Dual Spacer Mixing Aid additive is a lightbrown liquid gel disposed in a low-toxicity oil. It minimizes solids setting, which frequently occurs when Dual Spacer system is mixed in a low-sheer environment, such as an offshore sludging pit.
Summary Summary Halad®-22A
Halad®-22A additive is a high-temperature fluid-loss control agent that functions effectively in freshwater and saltwater slurries.
Summary Summary Halad®-567 Additive
Halad®-567 fluid-loss additive is made from synthetic polymer technology. It is available as a powder or a 20% solution (Halad®-567L additive).
Summary Summary Halad®-23 Additive (Russian)
Halad®-23 -- Russian
Summary Summary SA-541™ Suspending Aid - A4
When cement slurries containing SA-541™ suspending aid are heated to temperatures greater than 150°F (65.5°C), the material yields to suspend downhole solids.
Summary Summary Stabilizer 434D™ Surfactant
Stabilizer 434D™ surfactant for latex cements is used to stabilize Latex 2000™ cement. Latex 2000 cement is a water-internal, oil-external emulsion; in the presence of water, the system tends to come out of emulsion, losing its effectiveness against gas migration. Stabilizer 434D surfactant helps prevent the de-emulsification of Latex 2000 cement.
Summary Summary Halad®-766 (Russian)
Halad®-766 fluid-loss additive can also be used as a retarder. Halad-766 fluid-loss additive is extensively used to retard foam slurries without reducing viscosity. Halad-766 fluid-loss additive is a derivitatized cellose that can be used for fluid loss and retardation in all API cement classes as well as Pozmix® cement. The tables below list the product specifications and part numbers for Halad-766 fluid-loss additive.
Summary Summary Attapulgite
Attapulgite suspending agent is a colloidal clay mineral composed primarily of magnesium silicate, silica, and crystalline quartz. In salt water, attapulgite suspending agent swells to approximately 10 times its original volume.
Summary Summary Halad®-23 Additve A-4
Halad®-23 additive is a high-temperature fluid-loss control agent that functions effectively in freshwater and saltwater slurries.
Summary Summary Pozmix A Cement Additive
Pozmix® A pozzolanic cement additive (fly ash) is made from burned coal. It is a major component in Pozmix® cement.
Summary Summary Halad®-23 Additve
Halad®-23 additive is a high-temperature fluid-loss control agent that functions effectively in freshwater and saltwater slurries.
Summary Summary SEM-8 Surfactant
Because SEM-8 surfactant acts as a degreaser, it promotes cement bonding, as well as helping to assure rheological compatibility between the wash/spacer and either oil-based (OBM) or synthetic-based (SBM) muds. That makes it ideal for use in chemical washes and spacers that come into contact with the OBM/SBM.
Summary Summary Bentonite (Halliburton Gel) A-4
Bentonite (Halliburton Gel) is a colloidal clay mineral composed primarily of smectite. It may also contain accessory minerals, such as quartz, feldspar, and calcite. In fresh water, bentonite swells to approximately 10 times its original volume.
Summary Summary Halad®-567 Additive (Russian)
Halad-567 Data sheet in Russian
Summary Summary Bentonite Diesel Oil Slurry (BDO)
When mixed with water-free diesel, bentonite forms a semisolid slurry (BDO) that helps seal lost-circulation zones. BDO is used during drilling when muds containing fibrous, granular, and flaked materials are ineffective.
Summary Summary Dual Spacer System ,CFR-6 Cement Friction Reducer
Dual Spacer system's primary application is as a low-viscosity, weighted spacer (flush) for primary and secondary cementing operations. Dual Spacer system can also be designed to displace water- and oil-based muds.
Summary Summary Silicalite™ Cement Additive - A4
Silicalite™ cement additive is made from a finely divided, high surface-area silica.
Summary Summary Spherelite™ Cement Additive
When combined with the proper type of cement, Spherelite™ cement additive can provide slurry densities of 9.5 to 12 lb/gal. The 24-hour compressive strength of these slurries can range from 100 to 700 psi at curing temperatures of 28° to 140°F (-2.2° to 60°C).
Summary Summary Permafrost® E
Permafrost® E cement is a special blend of cementing materials formulated for setting conductor pipe in extremely cold conditions.
Summary Summary Super Flush
Super Flush spacer is a reactive fluid flush used before primary cementing to help improve mud displacement and cement bonding. It also helps control downhole fluid loss.
Summary Summary Halad®-600 E+ Additive
Halad®-600 E+ additive helps control fluid loss in environmentally sensitive areas.
Summary Summary Dual Spacer (Russian)
Dual Spacer in Russian
Summary Summary Halad®-600 E+ Additive (Russian)
Halad®-600 E+ -- Russian
Summary Summary Dual Spacer Mixing Aid
The Dual Spacer™ Mixing Aid additive is a light brown liquid gel disposed in a low-toxicity oil.
Summary Summary Dual Spacer E Spacer (Russian)
Dual Spacer E spacer functions as a low-viscosity, weighted flush for primary and secondary cementing operations.
Summary Summary Dual Spacer System A4
Dual Spacer system's primary application is as a low-viscosity, weighted spacer (flush) for primary and secondary cementing operations. Dual Spacer system can also be designed to displace water- and oil-based muds.
Summary Summary CleanBore A Surfactant
The CleanBore system consists of four fluids that help provide quick and effective cleanout of oil-based mud (OBM) so that perforating or production in completion operations can begin.
Summary Summary Micro Fly Ash
Micro Fly Ash cement component is a small-particle fly ash developed as a supplement for Micro Matrix cement slurries.
Summary Summary Silicalite™ Cement Additive
Silicalite™ cement additive is made from a finely divided, high surface-area silica.
Summary Summary Resin System Facilitates Shut Off of Difficult Gas Well
An advanced, solids-free epoxy resin was applied for gas shut-off in a difficult-to abandon well in Colombia. The versatile system allowed the well to be brought back into line with governmental regulations.
Summary Summary Shale oil and a problem well-stated
The South Cana portion of The Woodford Shale presented NewField exploration worked to enhance wellbore integrity by striving to address risk of annular pressure.
Summary Summary Fresh Approach Pays Off -- Innovation of WellLock resin system
This article originally ran in the "Innovators" section of the March 2015 issue of Canada's "New Technology" Magazine. It features the development work toward what became WellLock resin by Dr. P. Jones.
Summary Summary SentinelCem™ Cement Cures Losses in Iraq Wells
Cement Treatment Saves Operators Millions of Dollars Annually
Summary Summary Overcoming Lost Circulation Across Brown Dolomite
An operator was incurring costs associated with loss of circulation events across the brown dolomite section of the Anadarko basin. These costs resulted from non-productive time, remedial operations expenses and fluid-replacement costs and ranged from $120,000-$170,000 (USD) on individual wells. Use of the Arx LCM package not only eliminated multi-stage cementing costs, but helped the operator avoid costs previously experienced due to loss of circulation events across the brown dolomite.
Summary Summary WellLock Resin provides well integrity to withstand forty-two fracturings stages
A casing leak was not successfully repaired with a casing patch. WellLock resin successfully addressed the leak path and after passing a pressure test, the well was completed with 42 fracture stages.
Summary Summary Permanent Plug Back - Setting a Plug through the BHA - New Zealand Offshore
Offshore New Zealand, an operator had drilled a pilot hole to gather petrophysical data. Once the data gathering was completed the pilot section needed to be permanently plugged, but accomplished without pulling out the BHA.
Summary Summary Tuned Spacer E+ - A4
Tuned Spacer E+(TM) cement spacer for optimum drilling fluid removal helps meet the industry's need for more environmentally acceptable products. Tuned Spacer E+ was developed around the erodibility concept.
Summary Summary Tuned Spacer E+
Tuned Spacer E+(TM) cement spacer for optimum drilling fluid removal helps meet the industry's need for more environmentally acceptable products. Tuned Spacer E+ was developed around the erodibility concept.
Summary Summary Dual Spacer Surfactant A
Dual Spacer Surfactant A system is to be used as a supplementary additive when oil-based muds are displaced. It is designed to reduce interfacial viscosity and preferentially water-wet the pipe and formation to promote better cement bonding.
Summary Summary Dual Spacer Surfactant A
Dual Spacer Surfactant A system is to be used as a supplementary additive when oil-based muds are displaced. It is designed to reduce interfacial viscosity and preferentially water-wet the pipe and formation to promote better cement bonding.
Summary Summary FWCA™ Free Water Cement Additive - A4
FWCA™ free-water cement additive is a solidssuspending agent.
Summary Summary Halad®-344 - A4
Halad®-344 fluid-loss additive is especially useful in lightweight cementing compositions that often have long thickening times. The material is nonretarding, thus making good compressive strength development possible at low temperatures. Halad®-344 additive performs as well in seawater as in fresh water, and is compatible with retarders, dispersants, and calcium chloride (CaCl2).
Summary Summary MicroBond HT™ Cement Additive
MicroBond HT™ is an expansive cement additive developed for use at temperatures above 170°F.
Summary Summary FWCA™ Free Water Cement Additive
FWCA™ free-water cement additive is a solidssuspending agent.
Summary Summary MICROSAND Cement Additive
MICROSAND cement additive is a high-purity crystalline silica ground to a uniform particle-size distribution of 5 microns.
Summary Summary Suspend HT™ Additive
Suspend HT™ additive is a suspending aid and free-water control agent. It can be used in temperatures from 250° to 400°F (121° to 204°C).
Summary Summary MicroBond M™ Cement Additive - A4
MicroBond M™ is a chemical expansive additive developed for use at temperatures from 130° to 210°F.
Summary Summary Suspend HT™ Additive -A4
Suspend HT™ additive is a suspending aid and free-water control agent. It can be used in temperatures from 250° to 400°F (121° to 204°C).
Summary Summary Dual Spacer™ B Surfactant - A4
Dual Spacer™ B surfactant is commonly used in water-based spacers to water-wet casing and help displace oil-based drilling fluids from the wellbore.
Summary Summary MicroBond HT™ (Russian)
MicroBond HT Sales Data sheet in Russian.
Summary Summary MicroBond M™ Cement Additive
MicroBond M™ is a chemical expansive additive developed for use at temperatures from 130° to 210°F.
Summary Summary Halad®-344 (Russian)
Halad®-344 fluid-loss additive in the Russian language
Summary Summary MicroBond M (Russian)
Продукт MicroBond M™ представляет собой химическую добавку расширяющего действия, разработанную для применения в диапазоне температур от 130 до 210°F.
Summary Summary Super CBL (Russian)
Super CBL additive sales data sheet in Russian.
Summary Summary MicroBond HT™ Cement Additive - A4
MicroBond HT™ is an expansive cement additive developed for use at temperatures above 170°F.
Summary Summary Halliburton LIGHT Cement (HLC)
Halliburton LIGHT cement (HLC) is versatile, economical filler cementing composition for applications requiring low or variable slurry density. HLC can provide a high-yield, low-cost slurry for permanently sealing zones where cement slurry design factors are not critical. When combined with highsealing Gilsonite, HLC can be used for lost circulation applications. Features
Summary Summary Dual Spacer™ B Surfactant
Dual Spacer™ B surfactant is commonly used in water-based spacers to water-wet casing and help displace oil-based drilling fluids from the wellbore.
Summary Summary Halad®-344
Halad®-344 fluid-loss additive is especially useful in lightweight cementing compositions that often have long thickening times. The material is nonretarding, thus making good compressive strength development possible at low temperatures. Halad®-344 additive performs as well in seawater as in fresh water, and is compatible with retarders, dispersants, and calcium chloride (CaCl2).
Summary Summary Dyckerhoff Cement
Dyckerhoff cement is used as a basic well cement. Available in moderate sulfate resistant (MSR) and high sulfate-resistant (HSR) grades, it contains no additions other than calcium sulfate and/or water blended with clinker.
Summary Summary Hi-Dense® No. 3 and No. 4 Weight Additives
Halliburton's Hi-Dense® weight additives can be added to cement slurries to restrain high formation pressure, increase slurry density, and improve mud displacement. The two available grades of Hi-Dense additives are classified according to mesh size. These hematite-ore additives can be mixed to form 26-lb/gal slurries with an effective specific gravity of 3.15. Halliburton markets these products as Hi-Dense No. 3 and Hi-Dense No. 4.
Summary Summary Halad®-766 - A4
Halad®-766 fluid-loss additive can also be used as a retarder. Halad-766 fluid-loss additive is extensively used to retard foam slurries without reducing viscosity. Halad-766 fluid-loss additive is a derivitatized cellose that can be used for fluid loss and retardation in all API cement classes as well as Pozmix® cement. The tables below list the product specifications and part numbers for Halad-766 fluid-loss additive.
Summary Summary Halad®-300L Additive - A4
Halad®-300L fluid-loss additive is an alternative to Halad®-200 additive.
Summary Summary Halad®-300L Additive (Russian)
Halad®-300L fluid-loss additive is an alternative to Halad®-200 additive.
Summary Summary iCem Service - Increasing the Probability of Wellbore Integrity
iCem Service enables operators to evaluate critical variables before the cementing operation. iCem Service is the most robust cementing design tool in the industry and it helps to dramatically increase the probability of wellbore integrity.
Summary Summary SoluCem Cement - Enhance Fracture Efficiency in Horizontal Shale Wells
Reducing near-wellbore entry friction. Horizontal wells are normally fracture stimulated in multiple stages to help increase production. Limited entry perforating is used to achieve stimulation over a wide interval. Cementing horizontal shale wells using SoluCem™ cement provides significant benefits. SoluCem cement is engineered to be more soluble in acid (up to 95%) than conventional cements. It provides sufficient compressive strength, provides excellent yield for a given density, and can be foamed to provide significant elasticity when necessary.
Summary Summary SEM-8 Surfactant - A4
Because SEM-8 surfactant acts as a degreaser, it promotes cement bonding, as well as helping to assure rheological compatibility between the wash/spacer and either oil-based (OBM) or synthetic-based (SBM) muds. That makes it ideal for use in chemical washes and spacers that come into contact with the OBM/SBM.
Summary Summary Microblock® Cement Additive
Microblock liquid cement additive is made from a finely divided, high surface-area silica. Microblock® cement additive is a product from Elkem AS. Microblock is a registered trademark owned by Elkem AS.
Summary Summary WG-17™ EXP
WG-17™ EXP additive is a non-aqueous suspension of a cellulose-based free-water control agent.
Summary Summary Innovative FRACProcessSM Service Customizes Chemical Dosage to Optimize Friction Reducer Performance
Friction reducers (FRs) are critical to certain unconventional well operations; in particular, slickwater hydraulic fracturing and coiled tubing stimulation applications, where chemicals are added to water to increase fluid flow. When performing a hydraulic fracturing job, operators typically make assumptions about the wellsite’s water quality through direct measurement or approximation via historical data, and then select a FR that will perform through the worst-quality water they expect to encounter.
Summary Summary Latex 2000™ Cement Additive
Excellent fluid-loss control, high-temperature suspension properties, and acid resistance to cement slurries.
Summary Summary Stabilizer 434B Latex Stabilizer
Liquid material used with Latex 2000 cement to stabilize latex in the cement slurry.
Summary Summary Latexes
Halliburton's latex cement systems control gas-migration by reducing fluid loss. Latex can also provides acid resistance properties to cement slurry system. Latex can aid suspension in slurry without greatly increasing viscoity.
Summary Summary Latex 3000™ Cement Additive
A liquid additive designed to lower equivalent circulating density (ECD) and to impart excellent fluid-loss control, high-temperature suspension properties, and acid resistance to cement slurries.
Summary Summary CFR-4™ Cement Friction Reducer
A cement friction reducer that directly replaces CFR-2 (Blue Label) reducer which helps reduce apparent viscosity, improve rheological properties, improves fluid-loss control to an extent, and slightly retards cement for use in wells above 60°F (15.6°C).
Summary Summary CFR-8™ Cement Friction Reducer
Cement Friction Reducer – An environmentally acceptable cement friction-reducing additive that reduces apparent viscosity and improves the rheological properties of cement slurries which is compatible with saturated salt solutions and temperatures greater than 60°F (15.6°C).
Summary Summary CFR-6™ Cement Friction Reducer
A cement friction reducer that directly replaces CFR-2 (Blue Label) reducer which helps reduce apparent viscosity, improve rheological properties, improves fluid-loss control to an extent, and slightly retards cement for use in wells above 60°F (15.6°C).
Summary Summary HR®-6L Cement Retarder
A 40% active solution of a chemically modified lignosulfonate, can be used to retard the setting of all classes of cement and Pozmix® cement, can be used at temperatures up to 210°F (99°C), as a secondary effect HR-6L retarder acts as a slight dispersant.
Summary Summary HR®-601 Cement Retarder
A lignin-based, non-dispersing cement retarder that can maintain the weight of a foamed slurry under downhole conditions, HR-601 retarder was developed for bottomhole circulating temperatures ranging from 150°F (65.5°C ) to 275°F (135°C) but is effective at temperatures up to 340°F (171°C ) when used in conjunction with an enhancer.
Summary Summary COMPONENT R™ Retarder
A retarder enhancer, when combined with a primary cement retarder, can help extend the effectiveness of the primary retarder for higher temperature conditions up to 600°F (315°C).
Summary Summary Retarders
Retarder additives are used to increase the set time of cement slurries or to increase pumping time.
Summary Summary HR®-25 Cement Retarder
A high-temperature retarder/intensifier, can be used at bottomhole circulating temperatures ranging from 200°F (93°C) to >400°F (>204°C) with a primary retarder, used alone it can gel cement.
Summary Summary HR®-7 Cement Retarder
A sodium lignosulfonate used as a retarder and dispersant in all classes of cement and Pozmix® cement at temperatures ranging from 110°F (43.3°C) up to 170°F (76.7°C), as a secondary effect HR-7 retarder can decrease air entrainment and help control fluid loss.
Summary Summary HR®-5 Retarder
A chemically modified lignosulfonate used to retard the setting of all classes of cement and Pozmix® cement, provides more predictable thickening times than HR-4 and can be used at bottomhole circulating temperatures up to 210°F (99°C), as a secondary effect HR-5 retarder acts as a slight dispersant
Summary Summary HR®-4 Retarder
A low temperature calcium lignosulfonate retarder for intermediate wells with bottomhole circulating temperatures up to 170°F (77°C) that can be used to retard all types of cement and Pozmix® cements, as a secondary effect HR-4 retarder acts a slight dispersant
Summary Summary SCR-100™ Retarder
A nonlignosulfonate cement retarder that helps simplify the design of thixotropic slurries.
Summary Summary HR-800™ Cement Retarder
Non-lignin based cement retarder capable of retarding cement at bottomhole circulating temperatures between 80°F (27°C) and 220°F (104°C), HR-800 retarder provides good strength development and may be effective in water-extended slurries, long cement columns or cooler temperatures.
Summary Summary SCR-200L™ Cement Retarder
SCR-200L liquid retarder is a synthetic, nonhazardous cement retarder specifically for high-temperature designs in environmentally sensitive locations.
Summary Summary HR®-817 Cement Retarder
A non-lignin based, high-temperature retarder (220°F/104°C to 350°F/177°C) that is North Sea approved, an economical alternative to commonly used high-temperature retarders.
Summary Summary HR®-12 Cement Retarder
An effective retarder for all cement types and Pozmix® cements, is useful in conditions too severe for HR®-4, HR®-5 and HR®-7 retarders, provides excellent retardation in wells with bottomhole circulating temperatures as high as 340°F (171.1°C), HR-12 retarder can also exhibit dispersing effects on cement.
Summary Summary FE-2™ Agent
An effective iron-sequestering material which retards conventional and ThermaLock™ cement designs
Summary Summary SCR-500™ and SCR-500L™ Cement Retarders
A synthetic cement retarder designed for use in cement with bottomhole circulating temperatures between 200°F (93.3°C) and 330°F (165.5°C), produces a linear response between concentration and thickening time
Summary Summary Calcium Chloride (CaCl2) Additive
Decreases thickening time, increases early strength, and shortens time spent waiting on cement.
Summary Summary Accelerators
Accelerators are used to shorten the set time of cement slurries or accelerate the cement setting. The most common cement accelerator is calcium chloride.
Summary Summary Cal-Seal™ 60 Accelerator
Can be blended with Portland cements to shorten setting time and improve the expansion characteristics of Portland cements.
Summary Summary NF-6™ Defoamer
Environmentally acceptable defoamer for use in sensitive regions.
Summary Summary D-Air 5000™ Defoamer
Can be used to provide foam control with a variety of slurries, including slurries with high yield points and those containing retarders and/or sodium chloride (NaCl).
Summary Summary Defoamers
Defoamers are chemicals that help minimize air entrainment in cement slurries.
Summary Summary D-Air 4000L™ Defoamer
A defoamer and de-air entraining additive without settling issues and with a very low pour point for cold weather; environmentally accepted for use in the Gulf of Mexico.
Summary Summary CFR-3™ Cement Friction Reducer
A cement friction-reducing additive that reduces apparent viscosity and improves the rheological properties of cement slurries which is compatible with saturated salt solutions and temperatures greater than 60°F (15.6°C).
Summary Summary Dispersants
Dispersants modify slurry rheology for easier mixing, lower friction and lower circulating pressure during pumping. Allow for turbulent flow and higher pump rate.
Summary Summary PhenoSeal™ Lost Circulation Material
Can reduce the fluid loss of cement slurries.
Summary Summary Efficiency Fluid
Wellbore preparation is essential to helping achieve optimum cement coverage for zonal isolation integrity.
Summary Summary FWCA™/WG-17™ Additive
Used to prevent solids from settling, control free water, mildly retard slurries, and increase slurry viscosity which is effective from 130°F (54.4°C) to 200°F (93.3°C).
Summary Summary Suspend HT™ Additive
A suspending aid and free-water-control agent that yields at high temperatures to suspend downhole solids which is effective from 250°F (121.1°C) to 350°F (176.7°C).
Summary Summary SA-541™ Control Agent
A suspending aid and free-water-control agent that yields at temperatures greater than 150 °F to suspend downhole solids which is effective up to 350°F (176.7°C).
Summary Summary Free Water And Suspension Additives
Freewater or suspension additives assist with cement slurry integrity and controlling free water in lower density slurries.
Summary Summary Halad®-413 Fluid-Loss Additive
Provides excellent fluid-loss control in high temperature wells, especially when used on densified slurries or slurries with high salt concentrations due to its dispersing properties.
Summary Summary Halad®-862 Fluid Loss Additive
Developed as a less dispersive alternative to Halad-413 additive to meet response requirements in heavyweight slurries, seawater, and saturated salt designs.
Summary Summary Halad®-200L Fluid Loss Additive
Helps control fluid loss, viscosifies the slurry, does not retard the cement set, is salt-tolerant up to saturation, and is effective as low as 100°F (37.8°C) and higher than 400°F (204.4°C).
Summary Summary Halad®-567 Fluid Loss Additive
A fluid-loss additive made from synthetic polymer technology which is compatible with salt, seawater, and CaCl2 and effective up to 350°F (176.7°C) without over-retarding at temperatures as low as 80°F (26.7°C); it is not a strong dispersant so it can be used in normal and heavyweight slurries.
Summary Summary Halad®-322 Fluid-Loss Additive
A fluid-loss additive designed for use in low-temperature wells (below 180°F or 82.2°C) to prevent retardation of compressive-strength development; acts as a dispersant as well.
Summary Summary DeepFX™-L Additive
DeepFX-L additive: A single additive to provide fluid-loss control and shorten transition time to help address shallow water flow concerns.
Summary Summary Halad®-344 Fluid Loss Additive
Helps control fluid loss is non-retarding, and is compatible with freshwater and seawater.
Summary Summary Halad®-447 Fluid-Loss Additive
Helps control fluid loss and gas migration in most cements at bottomhole circulating temperatures up to 210°F (99°C); above 350°F (176.7°C) it provides sedimentation and free-water control, chemical resistance, shear bonding properties, and thermal shock reduction.
Summary Summary Fluid Loss Additives
Halliburton's complete line of fluid loss additives help control fluid leakoff, these additives are particularly important in squeeze cementing and annular gas migration control.
Summary Summary Halad®-766 Fluid Loss Additive
A fluid-loss additive that can be used to retard cement, Pozmix® cement, and foam slurries without reducing viscosity
Summary Summary Halad®-600 LE+ Fluid Loss Additive
Helps control fluid loss in environmentally sensitive areas between 125°F (51.7°C) and 300°F (148.9°C), acts as a mild retarder, gel breaker, and dispersant.
Summary Summary Halad®-688 and Halad®-688 EXP additives
A fluid-loss additive similar to Halad 344 additive intended for use with construction grade or off spec cements.
Summary Summary Halad®-23 Fluid Loss Additive
Helps control fluid loss, is effective in freshwater and saltwater slurries, is ideal for circulating jobs and for deep liner cementing, maintains fluidity, eliminates premature dehydration, and prevents bridging in a tight annulus when cementing is performed from 80°F (26.7°C) to 360°F (148.9°C).
Summary Summary Halad®-300L Fluid-Loss Additive
Designed to replace Halad-200L additive, it helps control fluid loss without breaking foamed cement structures and is effective from 100°F (37.8°C) and higher than 400°F (204.4°C).
Summary Summary Halad®-9 Fluid-Loss Additive
A blend of cellulose derivative and a dispersant developed for primary or squeeze operations between 60°F (15.6°C) and 300°F (148.9°C).
Summary Summary Microbond™ Expanding Additive
A crystalline-growth cement additive that provides low-temperature expansion typically below 170 °F (76.7 °C) but most adequate below 130°F (54.4°C).
Summary Summary Super CBL™ Additive
Used to prevent gas migration by causing expansion and increasing slurry compressibility.
Summary Summary Microbond HT™ Expanding Additive
An expansion cement additive developed for use at temperatures above 170°F (76.7°C).
Summary Summary Microbond M™ Expanding Additive
An expansion cement additive developed for use at temperatures from 130°F (54.4°C) to 210°F (98.9°C).
Summary Summary Expansion/Bond Improving Additives
Expansion additives cause the cement system to expand. Allowing for enhanced bonding and producing better cement bond log.
Summary Summary MF-1™Cement Thinner
A white, crystalline powder that can be combined with Morflo® III surfactant to create Mud Flush aqueous solution, helps prevent and break emulsions and water blocks.
Summary Summary CleanBore B™ Surfactant
Part of the CleanBore system, a surfactant that is added to the spacer pill to enhance the cleanout of oil substrates through an ultra-low interfacial tension, helps leave the pipe and formation in a water-wet condition, provides effective wellbore cleaning and is environmentally friendly.
Summary Summary CleanBore A™ Surfactant
Part of the CleanBore™ system, a surfactant that is added to the spacer pill to enhance the cleanout of oil substrates through an ultra-low interfacial tension, helps leave the pipe and formation in a water-wet condition, is applicable over a wide temperature range and is environmentally friendly.
Summary Summary Dual Spacer™ Surfactant B
A surfactant commonly used in water-based spacers to water-wet casing and help displace oil-based drilling fluids from the wellbore, can be used at temperatures up to 500°F (260°C) when used in a properly designed blend of surfactants.
Summary Summary Musol® A Solvent
A mutual solvent that is used for increasing oil/water compatibility.
Summary Summary SEM-8™ Emulsifier
A surfactant that acts as a degreaser, promotes cement bonding and helps to assure rheological compatibility between the wash/spacer and either oil-based (OBM) or synthetic-based (SBM) muds.
Summary Summary Surfactants
Spacers and Flushes
Summary Summary SEM-7™ Emulsifier
An emulsifier is designed to keep sandstone formations and proppant in a water-wet condition.
Summary Summary Dual Spacer™ Surfactant A
Helps improve spacer performance when displacing oil-based mud systems, reduces interfacial viscosity and helps water-wet casing and formation.
Summary Summary Morflo® III Surfactant
A versatile blend of anionic and nonionic surfactants that can be used to treat both sandstone and carbonate formations, performs exceptionally well at de-oiling and aids with the dispersion of solids from water-based drilling fluids
Summary Summary PHPA™ Preflush