Cementing Solutions

The cement sheath is vital in that it serves to protect and support the casing and deliver the necessary zonal isolation for the life of the well.  And while cementing is conventionally viewed as the last step in drilling operations, Halliburton also designs cementing solutions as the first step in completions.  Throughout the life of the well, the cement sheath is required to withstand the cumulative stresses from well events such as pressure testing, well testing and stimulation treatments. 

The properties of cement such as viscosity, thickening time, and strength are of prime consideration when engineering for the highest probability of a successful primary cementing operation.  The viscosity and thickening time have to be optimized so that the slurry remains pump-able long enough to place the cement across the desired zones and achieve top of cement (TOC).  Additionally, the cement should set as quickly as possible after pumping stops and minimize the wait on cement (WOC) time while achieving the necessary structural integrity for retaining zonal isolation integrity throughout the life of the well.

The physio-mechanical properties of the cement need to be optimized for the specific attributes of each well.  Each well is unique in regards to pore pressure and fracture gradient, bottomhole temperature and temperature distribution throughout the well, bottomhole pressure, physical properties of the formation, properties of fluids already in the wellbore, wellbore deviation, annular space clearance, and many more variables. 
Halliburton has a wide range of cementing solutions that can be designed to the demands of each well:

  • Gas Migration Prevention – addressing the potential invasion of gas or liquid from the formation in a manner so that channels are not created in the cemented annular space between the formation and the casing.
  • Heavyweight Cement – heavyweight additives are used to increase slurry density for control of highly pressured wells.
  • Life of the Well – achieving the optimum balance of chemical and mechanical properties, tensile and compressive strength, that enables the cement sheath to retain integrity throughout drilling, completion, production operations and ultimately abandonment.
  • Lightweight Cement – situations with lost-circulation and weak formations with low fracture gradients require the use of low-density cement systems (<15 lb/gal) to reduce the hydrostatic pressure of the fluid column during cement placement.
  • Lost Circulation – Not to be confused with a cement slurry volume decrease due to fluid-loss filtration, lost circulation is when a cement slurry (or drilling fluid) does not circulate back to the surface during cementing operations and is instead lost to fractured, vulgar, cavernous or highly-porous formations.
  • Plug Cementing – cement plugs are set for a variety of reasons, most commonly for abandonment, temporary abandonment, testing, sidetracking, lost-circulation control, or remedial work.
  • Self-Healing Cement – Halliburton offers a class of expanding cement that works on the premise that the migrating fluids react with the cement, causing it to respond by expanding to automatically seal the flow path, helping prevent further fluid migration.
  • Squeeze Cementing – An operation involving the injection of cement into a problematic section of the well at a desired location. 
  • Tuned® Cements / Slurries – Halliburton’s continuous advancements in cementing technology includes families of slurries designed to mitigate major wellbore-condition challenges facing the industry.  
  • Unconventional Reservoir Wells – To help improve well economics in unconventional reservoirs it is important to evaluate wellbore architecture – including the cement sheath – as integral to well performance and total recovery. 

Cementing Solutions

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Summary Summary Cementing Best Practice: Tuned Light Cement Rig Operations Sign in required
7-page Best Practice dated 2/14/04. Document contains special considerations required for Tuned Light Cement Blends with respect to (1) Bulk Blending, (2) Bulk Sampling, (3) Testing on Location, and (4) Slurry QC during the Job.
Summary Summary Coal Bed Methane Cementing Best Practices Sign in required
Presentation of Best Practices for CBM Cementing, 18 slides, dated 10/2/2002
Summary Summary ZoneSeal Light Foam Cement System Sign in required
ZoneSeal® Light cement system is a system for performing foam cementing jobs when the calculated nitrogen volume is limited. Instead of using liquid nitrogen and a nitrogen converter, gasous nitrogen is used. The ZoneSeal Light system is a fully integrated and automated system that helps ensure that the foaming process is controlled.
Summary Summary ZoneSeal Light Foam Cement System-H07083 (A4) Sign in required
ZoneSeal® Light cement system is a system for performing foam cementing jobs when the calculated nitrogen volume is limited. Instead of using liquid nitrogen and a nitrogen converter, gasous nitrogen is used. The ZoneSeal Light system is a fully integrated and automated system that helps ensure that the foaming process is controlled.
Summary Summary Job Design and Cement System to Contain Steam and Improve Heavy Oil Recovery Sign in required
Heavy oil is found in different parts of the world and could be an important part of the answer to this demand for energy. However, heavy oil is highly viscous and traditional methods are not sufficient to produce these wells.
Summary Summary STEELSEAL® 50 - Product Data Sheet
STEELSEAL® lost circulation material products are resilient, angular, dual-carbon based lost circulation materials.
Summary Summary STEELSEAL® 400 - Product Data Sheet
STEELSEAL® lost circulation material products are resilient, angular, dual-carbon based lost circulation materials.
Summary Summary STEELSEAL® 1000 - Product Data Sheet
STEELSEAL® lost circulation material products are resilient, angular, dual-carbon based lost circulation materials.
Summary Summary Customized Lost Circulation Treatments Help Resolve Severe Losses in Highly Fractured Geothermal Wells
Geothermal wells in Northern California are drilled in highly fractured volcanic reservoirs, where massive fluid losses can bring operations to a halt.
Summary Summary STEELSEAL® 100 - Product Data Sheet
STEELSEAL® lost circulation material products are resilient, angular, dual-carbon based lost circulation materials.
Summary Summary STEELSEAL® 25 - Product Data Sheet
STEELSEAL® lost circulation material products are resilient, angular, dual-carbon based lost circulation materials
Summary Summary CCS Brochure
Customer Brochure
Summary Summary Cemented VersaFlex® expandable liner hanger provided superior reliability and saved 24 hours of rig time
A major operator in Australia wanted to install a 4 1/2-in. liner hanger into a 6 1/8-in. openhole wellbore. They knew that once they reached total depth, if the flow rate was unacceptable, the liner hanger would need to be run and cemented in place to enable fracturing operations.
Summary Summary Norway: Top of Cement Isolation of Gas Zone on Subsea Field
In one of the major subsea producing fields in the North Sea, a hydrocarbon (HC) zone was identified. The operator’s primary challenge was to isolate this HC zone without cementing all the way into the previous casing shoe, which could potentially cause trapped pressure due to temperature cycling and collapse of the previous casing.
Summary Summary North America:Subsea Surface Casing - Shallow Water Shutoff
an operator discovered water migration to the sea bed. The water-bearing zone caused isolation failure around the 18.7-in. casing, allowing free water leak to seabed.
Summary Summary Norway: Shallow Gas Isolation - Exploration Well
Shallow gas was experienced during pilot hole drilling of a subsea exploration well in the North Sea. The operator chose to use Swell Technology™ systems combined with the conventional cementing methods.
Summary Summary ThermaLock™ Cement
ThermaLock™ cement is a specially formulated calcium phosphate cement that is both CO2 and acid resistant. The result of a joint development project for high temperature, geothermal wells, ThermaLock cement is now being promoted as an alternative for Portland cement wherever CO2 may be encountered.
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 NeoCem Cement
NeoCem™ cement is a low-Portland cement system that delivers high-performance compressive strength, elasticity, and shear bond at a lower density than conventional cement systems. The NeoCem cement system is the first low-Portland oilfield cement system capable of improving the integrity of the hydraulic annular seal as well as the set-sheath elasticity.
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 SaltShield Cementing Service
SaltShield cementing service is a combination of WellLife service, an advanced modeling tool for planning and SaltShield cement, an advanced cement system designed with properties to overcome issues from simple and complex salts.
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 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 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 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 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 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 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 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 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 Flo-Chek® Service
Flo-Chek® Service consists of a two-fluid system used for sealing lost-circulation zones and squeezing off subsurface water. This process is a highly effective squeezing method that can control underground water flows and seal lostcirculation intervals. It can be used for both freshwater and brine flows.
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 D-Air 2™
When added to mixing water, D-Air 2™ antifoam agent minimizes foaming and air entrainment in cement slurries. When entrained air is reduced, slurries can be mixed closer to the recommended density.
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 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 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 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 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 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 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 Flo-Chek® A
Flo-Chek® A additive is a colorless liquid that can be used for preparing the Flo-Chek process.
Summary Summary Halad®-447 Additive (Russian)
Halad-447 Data sheet in Russian
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 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 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 Rigless Micro-channel Remedation Using WellLock Resin
A customer in New South Wales, Australia had an onshore coal seam gas well that had undergone an unsatisfactory plug-to-abandon process by a third-party cementing services company. WellLock resin successfully sealed a very narrow micro-channel securing the well for permanent abandonment.
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 ZoneSeal® Injection-Pump Skid Cementing Services
The pump system used in the ZoneSeal process has been cementing upgraded. The upgraded ZoneSeal injection pump skid is a compact, portable, automated pumping system used primarily with the cementing trailer and nitrogen unit for the ZoneSeal process.
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 GasStop™ HT (Russian)
Russian version of GasStop HT data sheet
Summary Summary GasStop™ HT A-4
GasStop HT additive is a cement polymer that helps prevent gas migration.
Summary Summary GasStop™ HT
GasStop HT additive is a cement polymer that helps prevent gas migration.
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 BondCem™ Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary PlugCem™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary ElastiCem® Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary ElastiSeal™ Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary ArcticSeal™ Cement
With Tuned Cementing Solutions™ systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary FracCem™ Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary CBMCem™ Cement
With Tuned Cementing Solutions™ systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary ThermaSeal™ Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary FracSeal™ Cement
With Tuned Cementing Solutions™ systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary AquaSeal™ Cement
With Tuned Cementing Solutions™ systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary SteamCem™ Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary ReverCem™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary SqueezeSeal™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary ExpandaCem™ Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary ShaleCem™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary CorossaSeal™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary GraniteCem™ Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary SwiftCem™ Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary EconoCem™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary PlugSeal™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary SteamSeal™ Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary FillSeal™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary ArcticCem™ Cement
With Tuned Cementing Solutions™ systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary CBMSeal™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary SqueezeCem™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary CTCem™ Cement
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary SwiftSeal™ Cements
With Tuned Cementing Solutions™ cementing systems, Halliburton has created a set of innovative fit-for-purpose solutions with the flexibility required to allow each system to be tuned specifically for a given set of wellbore conditions.
Summary Summary WellLock Resin Remediation
Multimedia
Summary Summary WellLock Resin Secondary Annular
Multimedia
Summary Summary WellLock Resin Compressive Strength
Multimedia
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 Self-Healing Cement
description to come
Summary Summary Unconventional Reservoir Wells
description to come
Summary Summary Plug Setting Aids
The CST™ cement support tool, tubing release tool (TRT), bottomhole kickoff assembly (BHKA) disconnect tool, and bottomhole kickoff assembly (BHKA) tool system were designed to aid in setting balanced and competent cement plugs during remedial and primary cementing operations.
Summary Summary WellLock Resin Frequently Asked Questions
FAQ's
Summary Summary Resins
A properly designed resin system can help with wellbore stabilization and the hydraulic annular seal by complementing the cement sheath.
Summary Summary WellLock® Resin
WellLock® resin can act as an annular barricade against water and gas leaks.
Summary Summary HalSeal™ Cements
Foamed cementing solution designed as a generic solution to be used when no specific problems are expected.
Summary Summary Halliburton LIGHT Cement (HLC)
A versatile, economical filler cementing composition for applications requiring low or variable slurry density.
Summary Summary NeoCem™ Cement
NeoCem™ is a portfolio of low-Portland cement systems that delivers high-performance compressive strength, elasticity, and shear bond at lower densities than conventional cement systems — enabling dependable barriers tailored to minimize risk and maximize production.
Summary Summary ReverSeal™ Cement
Foamed cementing solution designed to effectively circulate down the annulus forming an annular seal even when pumped backwards.
Summary Summary ThermaCem™ Cements
Conventional cementing solution designed to function effectively in high temperature wellbores.
Summary Summary LifeSeal™ Cements
Foamed cement solution designed for situations where conditions require a cement with greater elasticity, resiliency and the ability to react and respond to cement sheath failure by expanding to seal off unwanted flow should hydrocarbon flow through microannuli or cracks in the cement sheath at any point during the life of the well.
Summary Summary LifeCem™ Cements
Conventional cement solution primarily for situations where conditions require a cement with greater elasticity, resiliency and the ability to react and respond to cement sheath failure by expanding to seal off unwanted flow should hydrocarbon flow through microannuli or cracks in the cement sheath at any point during the life of the well.
Summary Summary Tuned® Light Cement
Designed to perform effectively in wells with where loss of circulation with conventional weighted cement slurries might occur.
Summary Summary VariCem™ Cements
Conventional cement that has been designed so that a single blend can be used over a range of different densities.
Summary Summary ThermaSeal™ Cements
Foamed cementing solution designed to function effectively in high temperature wellbores while providing additional benefits of increased compressibility and elasticity.
Summary Summary ReverCem™ Cement
Conventional cementing solution designed to effectively circulate down the annulus forming an annular seal even when pumped backwards.
Summary Summary LockCem™ Cement
LockCem™ cement is a proprietary blend of a water-tolerant resin, WellLock® resin system*, with any class of Portland cement.
Summary Summary VersaSeal™ Cements
Foamed cementing solution designed to be mixed at a wider range of densities than standard foam cements.
Summary Summary SwiftSeal™ Cements
Designed to gain compressive strength rapidly once placed behind the casing.
Summary Summary SwiftCem™ Cements
Foamed cementing solution designed to form an effective annular seal under harsh steam-injection conditions.
Summary Summary VersaCem™ Cements
Conventional cementing solution designed to be mixed at a wide range of densities and water requirements.
Summary Summary Cementing Solutions
description to come
Summary Summary Cementing - Lost Circulation Materials
Lost circulation is the complete or partial loss of fluid to formation(s) as a result of hydrostatic and annular pressure from natural or induced causes. Losses can add extensively to the overall well cost.
Summary Summary SqueezeCem™ Cement
Designed to form an effective squeeze cement slurry in cased or open hole intervals.
Summary Summary Squeeze Cementing
description to come
Summary Summary Slurries
Since no single slurry, or family of slurries, is ideal for every well condition, choices allow the optimal solution for each combination of conditions and needs.
Summary Summary Plug Cementing
It is essential to these operations that a competent cement plug is placed the first time.
Summary Summary Lightweight Cement
Lightweight cement can be achieved in one of three ways: water extended, injection of gas (foamed cement), or by adding low-specific-gravity microspheres or other enhancing additives.
Summary Summary ZoneSeal® Isolation Process
A fully engineered zonal isolation process with automated controls to deliver the benefits of light-weight (foam) cement during placement and for the life of the well.
Summary Summary GasStop™ Cement
Performs effectively in wells with overpressured zones with the potential for fluid influx into the annulus through unset cement using specially tuned systems.
Summary Summary Gas Migration
Gas migration can be the result of slow static gel strength development, downhole volume losses or higher then expected reservior pressure. Operators can predict the potential for gas migration and use one or a combination of available treatments to help prevent gas flow.
Summary Summary GasChek® Cement Additive
Provides an effective means of helping prevent gas flow into the annulus after cement has been placed.
Summary Summary Heavyweight Cement
description to come
Summary Summary SentinelCem™ Cement
Specifically designed to cure losses and enable further drilling by achieving early static gel strength; helps achieve zonal isolation by accomplishing intended top of cement.
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 Non-Foam Systems
Halliburton designs, tests and pumps all forms of cement blends tailored to a specific set of well conditions. Blends include weighted, elastic, and high pressure high temperature, as well as blends containing various weight-reducing agents.
Summary Summary ThermaLock™ Cement
A specially formulated calcium phosphate cement that is both CO2 and acid resistant.
Summary Summary FineCem™ Cement
Alternative to MicroMatrix® cement, ultrafine cement often used with casing leaks, gravel packs, small fractures, channels, or microannulus.
Summary Summary Enhancer 923™ Agent
Fine particle cementitious material for lightweight slurries, enhanced early strength, enhanced free water control.
Summary Summary Micro Matrix® Cement Retarder
An ultra-fine cement designed to penetrate gravel packs, very small channels, and repair casing leaks.
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