• Lost Circulation Material

    Khavaran Paraffin offers the industry’s most extensive line of lost circulation materials (LCMs) engineered specifically to seal costly loss zones. Our comprehensive suite of LCMs includes an engineered approach to the design and application of plugs and bridging agents.

    Gilsonite
    With a unique blend of strength, flexibility, bonding and high-temperature capability, Gilsonite adds properties that increase performance in cementing and drilling fluids in a way no other single additive can.

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    Non-toxic
    Non-carcinogenic
    Non-mutagenic
    requires only standard PPE safety measures.
    Cementing benefits
    Strengthens cement bonds tshales and sands
    Reduces cement slurry density

    Prevents lost circulation
    Supports compressive strength development
    Drilling fluids benefits
    Provides superior shale stabilization
    Prevents differential sticking
    Reduces or eliminates lost circulation
    Provides wellbore strengthening matrix

    Gilsonite, the recognized industry standard for filtration control, is equally effective at controlling lost circulation and improving wellbore stability.

  • ANALYSIS GILSONITE

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    With a unique blend of strength, flexibility, bonding and high-temperature capability, Gilsonite adds properties that increase performance in cementing and drilling fluids in a way no other single additive can.

    Gilsonite, the recognized industry standard for filtration control, is equally effective at controlling lost circulation and improving wellbore stability.

    • Non-toxic
    • Non-carcinogenic
    • Non-mutagenic
    • requires only standard PPE safety measures.
    • Cementing benefits
    • Strengthens cement bonds tshales and sands
    • Reduces cement slurry density
    • Prevents lost circulation
    • Supports compressive strength development
    • Drilling fluids benefits
    • Provides superior shale stabilization
    • Prevents differential sticking
    • Reduces or eliminates lost circulation
    • Provides wellbore strengthening matrix

    Specification

    TEST METHOD

    RESULT

    TEST

    NO

    ASTM-D3174

    5

    ASH CONTENT,WT%

    1

    ASTM-D3173

    1%

    MOISTURE CONTENT,WT%

    2

    ASTM-D3175

    63

    VOLATILE MATTER,WT%

    3

    ASTM-D4

    81

    SOLUBILITY IS CS2,WT%

    5

    ASTM-D3289

    1.11

    SPECIFIC GRAVITY @25 C

    6

    ASTM-D3279

    79

    NORMAL HEPTHAN INSOLUBLES,WT%

    7

    ——————-

    Black

    COLOR IS MASS

    8

    ——————-

    Black

    COLOR IN STREAK OR POWDER

    9

    ASTM-D36

    210

    SOFTENING POINT,C

    10

    ASTM-D5

    0

    PENETRATION @25C

    11

    ELEMENT ANALYSIS

    ASTM-D5291

    84

    CARBON,WT%

    1

    ASTM-D5291

    7.1

    HYDROGEN,WT%

    2

    ASTM-D5291

    3.67

    NITROGEN,WT%

    3

    ASTM-D5291

    3.1

    OXYGEN,WT%

    4

    LECO(S)ANALYZER

    4

    SULPHURE,WT%

    5

    ANALYSIS GILSONITE

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  • Download Asphasol MSDS File

    shale inhibitor is a partially water-soluble, sulfonated organic material developed for use in most water-base drilling fluids.

    • stabilizing shale sections,
    • controlling solids dispersion
    • improving wall-cake characteristics.
    • high-temperature fluid-loss additive for water-base drilling fluid systems.
    • contains no surfactants

    Evaluation of Sulfonated Asphalt

    Evaluation of Sulfonated Asphalt

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    Asphasol MSDS

    Asphasol MSDS

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Natural Sulfonated Asphalt

Our portfolio of specially engineered additives is designed to inhibit reactive shales in water-base and oil-base drilling systems and reservoir drill-in fluids.

Our shale inhibitors are designed to enhance drillability while maintaining low toxicity for environmental acceptability.

Our shale control additives inhibit water transfer to shale. This prevents swelling that can cause drill string sticking and wellbore instability.

A stable wellbore results in more efficient drilling and reduced non-productive time (NPT). Our shale control products include: CY-SHIELD, ASPHASOL/NATURAL SULFUNATED ASPHALT and AQUA-SHIELD .

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AsphAsol/Natural sulfonated Asphalt

shale inhibitor is a partially water-soluble, sulfonated organic material developed for use in most water-base drilling fluids.

• stabilizing shale sections,
• controlling solids dispersion
• improving wall-cake characteristics.
• high-temperature fluid-loss additive for water-base drilling fluid systems.
• contains no surfactants

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  • Shale-Inhibitor

    Our portfolio of specially engineered additives is designed to inhibit reactive shales in water-base and oil-base drilling systems and reservoir drill-in fluids.

    Our shale inhibitors are designed to enhance drillability while maintaining low toxicity for environmental acceptability.

    A stable wellbore results in more efficient drilling and reduced non-productive time (NPT). Our shale control products include: CY-SHIELD, ASPHASOL/NATURAL SULFUNATED ASPHALT and AQUA-SHIELD .

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    CY-SHIELD is all in one drilling fluid additive designed for companies who are active in drilling oil and gas wells. CY-SHIELD is designed to work in all type of muds such as Water Base Muds (WBM), Oil Base Mud (OBM) and Synthetic Base Mud (SBM). Therefore, it does not matter what would be the Mud type.

    Our shale control additives inhibit water transfer to shale. This prevents swelling that can cause drill string sticking and wellbore instability.

    CY-SHIELD is the only drilling fluid additive that provides all of these benefits:

    • Controls fluid loss and seepage
    • Stabilizes shales
    • Prevents lost circulation
    • Strengthens the wellbore to increase wellbore stability
    • Minimizes differential sticking
    • Promotes effective filter cake development
  • AQUA Shield MSDS

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    When encountering shale during drilling operations, water in the drilling fluid may interact with the clay materials within the formation, causing the shale to swell.

    This can lead to instability in the wellbore, and dispersion of shale into the drilling fluid (sloughing), eventually leading to hole washout.

    Aqua-Shield inhibit the shale from hydrating, lower the probability of bit balling, and can provide improved lubricity and friction reduction.

    AQUA Shield

    AQUA Shield MSDS

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  • Download Asphasol MSDS File

    download

    shale inhibitor is a partially water-soluble, sulfonated organic material developed for use in most water-base drilling fluids.

    • stabilizing shale sections,
    • controlling solids dispersion
    • improving wall-cake characteristics.
    • high-temperature fluid-loss additive for water-base drilling fluid systems.
    • contains no surfactants

    Evaluation of Sulfonated Asphalt

    Asphasol MSDS

    download

projects

  • CY-Shield

    Khavaran Paraffin offers a range of chemical products formulated to reduce the coefficient of friction (COF) of drilling fluids, helping you minimize torque and drag, reduce stuck pipe risk, and increase ROP.

    This Lubricant can be used in WBM. SBM and OBM drilling fluids system

    • Reduces torque, drag and differential sticking potential.
    • Compatibility with all type of drilling fluids systems (WBM, OBM, SBM)
    • Advantageous in extended-reach, deviated, and horizontal wells
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    CY-SHIELD prevents formation damage
    CY-SHIELD forms a physical and chemical bond with permeable formations, creating an effective seal to prevent the passage of drilling fluid. By uniquely functioning as both a malleable and solid plugging agent, CY-SHIELD controls fluid loss and seepage, prevents lost circulation and protects reactive and low-reactive shale surfaces, even at elevated bottom hole temperatures.
    HPHT Environment
    HP/HT wells, shales and under pressured zones requires specialized drilling fluids and wellbore-strengthening techniques. Adding CY-SHIELD to an OBM, SBM or WBM strengthens the well by:

    • Reducing pore pressure transmission and sealing micro-fractures in shale and low-porosity sands
    • Keeping interbedding formations intact
    • Developing effective filter cake
    • Providing a “smear effect” that creates a continuous protective sealant along the wellbore wall

    CY-SHIELD is all in one drilling fluid additive designed for companies who are active in drilling oil and gas wells. CY-SHIELD is designed to work in all type of muds such as Water Base Muds (WBM), Oil Base Mud (OBM) and Synthetic Base Mud (SBM). Therefore, it does not matter what would be the Mud type.

  • Evaluation of CY-SHIELD According to Lubricity Test

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  • Download Wax Remover MSDS File

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  • Wax-Remover

    Khavaran Paraffin pour point depressants stop pipeline blockages during shut-ins and in seafloor crude oil transport.

    Liquid hydrocarbons produced from many oil and gas reservoirs become unstable soon after leaving the formation.

    Asphaltenes and paraffinic materials in the oil may cause poor flow ability or lead to flow-restricting deposits.
    This can occur just about anywhere in your system, including the formation.

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    Remove and prevent profit-robbing organic deposits and waxy crudes

    Long-chain paraffins and asphaltic compounds in crude oils can damage the formation, plug production and transport equipment, cause severe emulsions, and destroy profits.

    Remove and prevent profit-robbing organic deposits and waxy crudes

    Long-chain paraffins and asphaltic compounds in crude oils can damage the formation, plug production and transport equipment, cause severe emulsions, and destroy profits.

    We remove and prevent paraffin and asphaltic deposits

    Khavaran Paraffin pour point depressants stop pipeline blockages during shut-ins and in seafloor crude oil transport.

    Liquid hydrocarbons produced from many oil and gas reservoirs become unstable soon after leaving the formation.

    Asphaltenes and paraffinic materials in the oil may cause poor flow ability or lead to flow-restricting deposits.
    This can occur just about anywhere in your system, including the formation.

    Wherever system conditions change, organic deposition problems can arise and destroy production efficiency.

    Effectively control asphaltene damage and improve remediation
    Pressure drops, acid jobs, CO2 injection, and crude oil blending can destabilize asphaltenes and cause them to precipitate.

    Our high-performing efficient asphaltene inhibitors help control and block damaging asphaltene deposits from forming.

    If asphaltene remediation is needed, our dispersants make cleanup easier and more effective.

    Khavaran Paraffin asphaltene control solutions can help repair formation flow and permeability. They effectively inhibit equipment-destroying deposits and plugs, reduce separator interface problems, gas plant heat exchanger fouling, and asphaltic resin plugging of injection systems.

    Combat paraffins and pour point challenges To combat paraffin problems, we’ve developed advanced chemical solutions that interfere with paraffins’ normal tendency to set up.

    Khavaran Paraffin products and services are suited for any paraffin challenge, even in cold-weather situations.

    Keep your waxy production flowing with paraffin control products that include

    paraffin and wax inhibitors that prevent deposits from forming
    dispersants and solvents to remove built-up deposits
    pour point depressants (PPD) and cold flow improvers
    yield and viscosity reduction agents.

    Keep your waxy production flowing with paraffin control products that include

    • paraffin and wax inhibitors that prevent deposits from forming
    • dispersants and solvents to remove built-up deposits
    • pour point depressants (PPD) and cold flow improvers
    • yield and viscosity reduction agents

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Connect To KhavaranParaffin.

 02188500596-9

  info@khavaranparaffin.com

 +989101450130

  02188500600

Drilling fluids are used to aid the drilling of boreholes into the earth. The application of drilling could be to extract oil and gas from beneath the earth or simply drilling water well. There are three main categories of drilling fluids. Water based fluid, oil based fluids and synthetic based fluids.

Each of these drilling fluids has its own advantages and disadvantages, however, three key factors usually determine the type of fluid selected for a specific well are:

  • Cost
  • Technical performance
  • Environmental impact

Water based drilling fluids are used worldwide. Depending on the projected well conditions base fluid may be fresh water, seawater, brine, saturated brine, or formate brine. Water based fluids are fall in to two categories; nondispersed and dispersed. Water based drilling fluids are most preferred worldwide due to its low cost compare to the two other categories as well as its low environmental impact. Water based drilling fluids limitations are as follow:

  • Formation clays that react, swell, or slough after exposure to WBFs
  • Increasing downhole temperatures
  • Contaminants
  • Stuck pipe and torque and drag

These limitations in 1950-1960 lead to creation of oil based drilling fluids to address these critical issues. Oil based fluids in use today are formulated with diesel, mineral oil, or low-toxicity linear olefins and paraffin. As the demand for oil and gas grow hence, more drilling resulted in arising environmental issues worldwide.

As a result, Synthetic-based fluids were developed out of an increasing desire to reduce the environmental impact of offshore drilling operations, but without sacrificing the cost-effectiveness of oil-based systems.

What to expect from drilling fluid in oil and gas industry

Once the drilling begins, removing cuttings and material from the borehole become an issue. Drilling fluids must carry the drilled material to the ground surface either by viscosity or velocity. Further, as drilling continues drill bit temperature is raising because of friction generated during the drilling process. Thereby, drilling fluid need to pass by the drill bit and must have the capacity to absorb heat and carry the same up the borehole.

During the drilling of well, as time passes material and cuttings will stick to drill bits such as clay particles. This phenomenon will result in inefficiency in drilling and waste of time and money. Therefore, cleaning the drill bit is vital. Drilling fluid exits the bit jets, the fluid’s velocity removes material from the bit teeth and the cuttings from the bit formation interface. This prevents the re-cut or re-ground.

As mentioned above, as the time passes cuttings, clays and other material will deposited on the borehole wall. This will result in creation and formation of a barrier. Once the barrier forms it will limit the amount of drilling fluids which can penetrate the formation.

In oil and gas field this phenomenon known as filter cake. Filter cake is vital factor of drilling fluid as it is directly linked to the formation stability and additionally, well development time is reduced if fluid loss to the formation is limited and controlled.

Another aspect of drilling fluid is its ability to prevent borehole from collapsing. This can be achieved by increasing the drilling fluids weight to surpass the formation pressure. Finally, drilling fluid’s gel strength must be at a level to keep the cuttings and drilled material in suspension form if there is lack of drilling fluid velocity.

lubricant Khavaran Paraffin

Khavaran Paraffin offers a range of chemical products formulated to reduce the coefficient of friction (COF) of drilling fluids, helping you minimize torque and drag, reduce stuck pipe risk, and increase ROP.

This lubricant can be used in WBM. SBM and OBM drilling fluid system

Reduces torque, drag and differential sticking potential.
Does not foam, grease, or emulsify in high-pH silicate environments.
Compatibility with all type of drilling fluid systems (WBM, OBM, SBM).
Advantageous in extended-reach, deviated, and horizontal wells.
Lowering the filtercake thickness, reducing the COF of the filtercake, and minimizing the yield strength of the cake.
Minimizes bit balling.
Specifically designed for use in freshwater, seawater, and brine applications.

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