DRILLING FLUID CHEMICALS

Potassium Chloride (KCl) is a chemical compound that consists of potassium and chlorine ions. It is commonly found in nature as a mineral and is used for various purposes across different industries. Some key characteristics and applications of Potassium Chloride include Chemical Formula: The chemical formula of Potassium Chloride is KCl, indicating one potassium (K) atom and one chlorine (Cl) atom in the molecule. Physical Properties: Potassium Chloride typically exists as a white crystalline powder or in granular form. It is highly soluble in water. Industrial Uses: Potassium Chloride has a wide range of applications, including use as a fertilizer in agriculture, a supplement in animal feed, a food additive (as a salt substitute), and in various industrial processes.

Potassium Chloride (KCl) is a chemical compound that consists of potassium and chlorine ions. It is commonly found in nature as a mineral and is used for various purposes across different industries. Some key characteristics and applications of Potassium Chloride include Chemical Formula: The chemical formula of Potassium Chloride is KCl, indicating one potassium (K) atom and one chlorine (Cl) atom in the molecule. Physical Properties: Potassium Chloride typically exists as a white crystalline powder or in granular form. It is highly soluble in water. Industrial Uses: Potassium Chloride has a wide range of applications, including use as a fertilizer in agriculture, a supplement in animal feed, a food additive (as a salt substitute), and in various industrial processes.

Potassium Chloride (KCl) is a chemical compound that consists of potassium and chlorine ions. It is commonly found in nature as a mineral and is used for various purposes across different industries. Some key characteristics and applications of Potassium Chloride include Chemical Formula: The chemical formula of Potassium Chloride is KCl, indicating one potassium (K) atom and one chlorine (Cl) atom in the molecule. Physical Properties: Potassium Chloride typically exists as a white crystalline powder or in granular form. It is highly soluble in water. Industrial Uses: Potassium Chloride has a wide range of applications, including use as a fertilizer in agriculture, a supplement in animal feed, a food additive (as a salt substitute), and in various industrial processes.

94% purified Calcium Chloride Salt

API Grade High Performance Xanthan Gum Xanthan gum, commonly referred to as XCD polymer in the context of drilling fluids, is an additive used to enhance fluid performance. It provides distinct advantages in specific drilling applications: Viscosity Enhancement & Solid Suspension: Xanthan gum significantly increases the viscosity of drilling fluids, improving the suspension of solids such as drill cuttings. This property is crucial for hole stability and efficient cuttings transport, particularly in challenging drilling conditions. High-Temperature Stability: Compared to certain other polymers, xanthan gum-based fluids offer superior thermal stability, making them well-suited for geothermal drilling and other high-temperature environments. Environmental Compatibility: Due to its biodegradability and minimal ecological impact, xanthan gum is often preferred for drilling operations in environmentally sensitive areas. Fluid Loss Control: Xanthan gum helps minimize fluid loss into the formation, which is essential for wellbore stability and preventing formation damage. Formulation Considerations: When incorporating xanthan gum into drilling fluids, proper formulation and compatibility testing with other additives are critical to ensure optimal performance and prevent potential chemical interactions.

API Grade High Performance Modified Starch Modified starch is a high quality, non-ionic natural polymer effective in all type of water-based drilling fluids used to provide fluid loss control properties in all types of water based mud systems.

API Grade High Performance CMC HV CMC HV is high viscosity sodium carboxymethyl cellulose used as viscosifier in addition to fluid loss control in water-base drilling fluids. It meets and surpasses ISO 13500, API 13A Section 10 and OCMA DFCP 7 specifications.

API Grade High Performance Carboxymethyl Cellulose Low Viscosity (CMC LV) CMC LV is a specialized low-viscosity grade of carboxymethyl cellulose (CMC), widely used in drilling fluids to enhance fluid performance and stability. Its lower viscosity compared to other CMC variants allows for efficient fluid control in drilling operations. Key Functions in Drilling Fluids Viscosity Control: CMC LV is added to adjust fluid viscosity, ensuring optimal suspension of drill cuttings and solid particles while enhancing fluid stability. Fluid Loss Prevention: By forming a thin, low-permeability filter cake on the wellbore walls, CMC LV reduces fluid loss into the formation, improving wellbore stability. Hole Cleaning Efficiency: The increased viscosity provided by CMC LV enhances cuttings transport, preventing solids from settling and ensuring effective removal from the wellbore. Shale Inhibition: CMC LV helps mitigate shale swelling and dispersion, reducing the risk of wellbore collapse and maintaining structural integrity. Environmental Safety: As a biodegradable and environmentally friendly polymer, CMC LV is suitable for eco-sensitive drilling locations. CMC LV is typically introduced into drilling fluids as a dry powder or a pre-hydrated solution, with concentration levels adjusted based on the desired viscosity, fluid loss control, and specific well conditions.

API Grade high performance PAC R PAC R is a premium grade, high molecular weight polyanionic cellulose (PAC) used to control fluid loss and viscosity in all types of water-base drilling fluids.

API Grade high performance PAC LV In drilling operations, Polyanionic Cellulose Low Viscosity (PAC LV) is a key additive in drilling fluids, serving several important functions: Fluid Viscosity and Rheology: PAC LV is used to increase the viscosity and control the rheology of drilling fluids. This is crucial for maintaining proper hole cleaning, cuttings transport, and overall fluid performance. Fluid Loss Control: PAC LV contributes to fluid loss control by forming a thin, impermeable filter cake on the wellbore walls. This helps prevent excessive fluid loss into permeable formations. Shale Inhibition: PAC LV can stabilize clay and shale formations, reducing the risk of shale swelling, sloughing, or wellbore collapse. Temperature Stability: PAC LV maintains its viscosity and performance over a wide range of temperatures, making it suitable for various drilling conditions. Environmental Considerations: PAC LV is biodegradable and environmentally friendly, aligning with best practices in environmentally sensitive drilling areas. PAC LV is typically added to drilling fluids as a dry powder or as a pre-hydrated solution. The concentration of PAC LV in the drilling fluid is adjusted based on the desired viscosity, fluid loss control, and specific well conditions.

Granular, Flaky or Fibrous materials to plug the loss zones and to increase wellbore integrity. Lost Circulation Material (LCM) refers to a range of specially engineered additives used in drilling fluids to mitigate lost circulation, a condition where drilling fluid escapes into fractures, vugs, or highly permeable formations instead of returning to the surface. LCM materials vary in particle size, shape, and composition and are categorized as fibrous, granular, or flake-based to effectively seal different types of formation losses. By forming a bridging and sealing barrier within the formation, LCM enhances wellbore stability, minimizes non-productive time (NPT), and prevents costly fluid losses. The selection and concentration of LCM depend on well conditions, severity of fluid loss, and compatibility with drilling fluid systems to ensure optimal performance without compromising circulation or fluid rheology.

Easily dispersible barite to increase fluid weight for pressurized zones. Barite (barium sulfate, BaSO₄) is a naturally occurring heavy mineral known for its high specific gravity, making it a key weighting agent across various industries. Typically colorless or light-colored, barite’s density and chemical properties contribute to its widespread industrial use. Chemical Composition: Composed of barium, sulfur, and oxygen, barite’s barium sulfate (BaSO₄) structure gives it unique physical properties. High Density: With a specific gravity of 4.0 to 4.5, barite ranks among the densest naturally occurring minerals, making it ideal for applications requiring weight and stability. Natural Occurrence: Barite is commonly found in veins alongside sulfide ore deposits and in sedimentary rock formations, often associated with fluorite, calcite, and quartz. Industrial Applications: Barite is widely used in oil and gas drilling, as well as in paints, coatings, rubber, plastics, and medical imaging due to its density, inertness, and radiopacity.

Non-treated API grade bentonite, provided in 1 MT bigbags. Bentonite is a clay mineral predominantly composed of montmorillonite, formed through the natural weathering of volcanic ash. Its distinctive properties make it a highly valuable material across various industries, particularly in drilling fluids. One of its most notable characteristics is its ability to absorb water and expand, giving it exceptional swelling capacity. This unique behavior makes bentonite an essential component in several industrial applications: Swelling and Water Absorption: When hydrated, bentonite can expand to multiple times its original volume, making it highly effective in applications requiring moisture absorption and fluid retention. Thixotropic Behavior: Bentonite exhibits thixotropy, meaning its viscosity decreases when stirred or agitated but increases when left undisturbed. This property is crucial for industries that require controlled fluid flow. Cation Exchange Capacity (CEC): With a high cation exchange capacity, bentonite can attract, retain, and exchange ions, which is particularly beneficial in sectors like agriculture, where it enhances soil quality and nutrient retention.

Drilling fluids often encounter contamination from microorganisms like bacteria, fungi, and algae during operations. Such contamination can lead to reduced fluid quality, operational inefficiencies, equipment damage, and costly delays. To address this, biocides are used as additives in drilling fluids to inhibit the growth of harmful microorganisms, ensuring the fluid's quality is maintained and equipment remains protected. There are multiple biocide types available, including oxidizing and non-oxidizing variants, each tailored to combat specific microbial challenges. Our company specializes in providing a wide selection of premium biocides designed to meet diverse operational demands. These solutions are not only highly effective but are also environmentally conscious and user-friendly. Beyond supplying biocides, we offer expert technical support to help clients achieve optimal results. Our team guides you in selecting the right biocide type and dosage, ensuring smooth implementation and effective operation. We also collaborate with clients to create customized biocides for unique operational needs, maximizing efficiency and performance through tailored solutions. In summary, biocides play a critical role in maintaining drilling fluid quality and protecting equipment from microbial damage. We are committed to delivering high-quality, eco-friendly biocide solutions tailored to your specific requirements. Contact us to learn how we can enhance your drilling operations.

Borehole and shale stabilizers are indispensable in drilling operations, playing a vital role in maintaining wellbore integrity and ensuring safe, efficient processes. They help prevent the creation of cuttings and stop drilling fluids from penetrating the formation. Borehole stabilizers strengthen the borehole by keeping it stable and preventing collapses, while shale stabilizers protect shale formations from breaking apart or caving in. Different types of stabilizers, such as those made from natural or synthetic polymers, clays, and other materials, are available to suit specific drilling needs. The primary benefit of using these stabilizers is their ability to boost drilling productivity and lower operational expenses. By maintaining wellbore stability, they help mitigate risks like stuck pipes, downtime, and other costly complications. Our company offers a comprehensive selection of borehole and shale stabilizers, carefully engineered to meet the varying demands of drilling projects. These stabilizers are designed to deliver superior performance while being eco-conscious and easy to apply. In addition, we provide specialized technical assistance to help clients make the most of our stabilizers. From selecting the right product and dosage to guiding implementation, our experts ensure smooth and effective operations. In conclusion, borehole and shale stabilizers are key to successful drilling operations, offering stability, reducing risks, and protecting drilling fluids. Our premium stabilizers are tailored to diverse operational needs while prioritizing environmental sustainability and ease of use. Reach out to us to explore how our solutions can elevate your drilling efficiency.

Rate of Penetration (ROP) enhancers are specialized drilling additives designed to optimize drilling efficiency and overall performance. They achieve this by minimizing friction between the drill bit and the formation, enabling faster and more effective drilling operations. A variety of ROP enhancers are available, including clay stabilizers, shale inhibitors, and viscosity reducers, each tailored to meet specific formation conditions and operational requirements. At our company, we provide a comprehensive range of premium-quality ROP enhancers designed to cater to various drilling scenarios. These products are formulated to deliver exceptional performance while being environmentally sustainable and easy to apply. We also offer expert guidance and technical support to ensure that our clients achieve the best outcomes with our ROP enhancers. Our team can assist in selecting the ideal product and dosage for specific operations, along with providing detailed implementation advice. Additionally, we collaborate with clients to create customized ROP enhancer solutions that align with their unique operational needs, ensuring maximum efficiency and effectiveness. In summary, ROP enhancers are an indispensable component of drilling operations, enhancing efficiency and performance. Our high-quality products are tailored to meet diverse operational requirements, while prioritizing environmental safety and usability. Contact us today to explore how our solutions can elevate your drilling operations.

API Grade High Performance CMC HV CMC HV is high viscosity sodium carboxymethyl cellulose used as viscosifier in addition to fluid loss control in water-base drilling fluids. It meets and surpasses ISO 13500, API 13A Section 10 and OCMA DFCP 7 specifications.

API Grade high performance PAC R PAC R is a premium grade, high molecular weight polyanionic cellulose (PAC) used to control fluid loss and viscosity in all types of water-base drilling fluids.

API Grade High Performance Xanthan Gum Xanthan gum, commonly referred to as XCD polymer in the context of drilling fluids, is an additive used to enhance fluid performance. It provides distinct advantages in specific drilling applications: Viscosity Enhancement & Solid Suspension: Xanthan gum significantly increases the viscosity of drilling fluids, improving the suspension of solids such as drill cuttings. This property is crucial for hole stability and efficient cuttings transport, particularly in challenging drilling conditions. High-Temperature Stability: Compared to certain other polymers, xanthan gum-based fluids offer superior thermal stability, making them well-suited for geothermal drilling and other high-temperature environments. Environmental Compatibility: Due to its biodegradability and minimal ecological impact, xanthan gum is often preferred for drilling operations in environmentally sensitive areas. Fluid Loss Control: Xanthan gum helps minimize fluid loss into the formation, which is essential for wellbore stability and preventing formation damage. Formulation Considerations: When incorporating xanthan gum into drilling fluids, proper formulation and compatibility testing with other additives are critical to ensure optimal performance and prevent potential chemical interactions.

Thinners are essential additives for drilling fluids, specifically designed to enhance their performance and efficiency. By reducing viscosity, they improve fluidity, making the fluids easier to circulate and more effective at clearing drill cuttings. There are various types of thinners available, such as lignosulfonates, polyanionic cellulose (PAC), and xanthan gum. The right choice depends on the specific properties of the drilling fluid and the requirements of the operation. Our company provides a wide selection of high-performance thinners, formulated to meet diverse drilling needs. These products are environmentally friendly, efficient, and simple to use. In addition, we offer technical assistance to help clients maximize the benefits of our thinners. Our team provides expert advice on selecting the appropriate type and dosage for specific projects and ensures proper implementation. For unique operational requirements, we also collaborate with clients to develop customized thinning solutions, tailored to optimize performance and efficiency. In summary, thinners are critical for improving the circulation and effectiveness of drilling fluids. Our top-quality products are designed to meet the challenges of various drilling operations while prioritizing eco-friendliness and ease of use. Get in touch with us to learn how our thinners can enhance your drilling activities.

Emulsifiers are chemical additives that help stabilize mixtures of oil and water. They achieve this by reducing the surface tension between the two phases, enabling them to combine into a stable emulsion. Emulsifiers find applications across various industries such as food, pharmaceuticals, cosmetics, and petroleum. In the petroleum sector, emulsifiers are used to stabilize crude oil-water mixtures, enhancing oil recovery efficiency. These additives enable the creation of stable emulsions that facilitate the transport and processing of crude oil and water. Additionally, they are vital for maintaining emulsion stability during drilling and well-completion operations, preventing the separation of oil and water phases. Different types of emulsifiers are available, including surfactants, polymers, and natural products. The choice of emulsifier depends on the specific industrial application and its unique requirements. Our company offers a diverse range of top-quality emulsifiers, tailored to meet the demands of various industrial processes. Our emulsifiers are designed to deliver exceptional stability and performance while prioritizing environmental sustainability and ease of use. We also provide expert technical support to ensure that our clients achieve the best results from our emulsifiers. Our team advises on the right type and dosage for specific applications and offers guidance on product implementation. In conclusion, emulsifiers are essential for creating stable oil-water mixtures across numerous industrial processes. They play a critical role in petroleum applications by improving oil recovery and preventing phase separation during operations. Contact us to discover more about our environmentally friendly and high-performance emulsifiers and how they can enhance your industrial processes.