Petra Sulphonated Asphalt is a high-performance drilling fluid that is formulated using a blend of sulphonated asphalt, polymers, and other additives. Sulphonated asphalt is a byproduct of the refining of crude oil, which has been modified through a chemical process to improve its properties for use in drilling fluids. This type of drilling fluid is designed to offer superior rheological properties, fluid loss control, and shale inhibition, which can help to reduce the risks and costs associated with drilling in challenging environments. Overall, Sulphonated Asphalt drilling fluid is a reliable and cost-effective solution for drilling operations in demanding environments.
Drilling in shale formations: Sulphonated Asphalt Drilling Fluid is highly effective in inhibiting the swelling and disintegration of shale formations, which can help to reduce the risk of lost circulation and other problems when drilling in shales.
1) High-temperature drilling: Sulphonated Asphalt Drilling Fluid is stable at high temperatures, making it suitable for drilling operations in geothermal wells and other high-temperature environments
2) Wellbore stabilization: Sulphonated Asphalt Drilling Fluid is designed to minimize the amount of fluid that is lost into the formation during drilling, which can help to improve wellbore stability and prevent costly good control issues
3) Horizontal drilling: Sulphonated Asphalt Drilling Fluid can be used in horizontal drilling operations to reduce friction and improve drilling efficiency
4) Elevate your drilling processes with our premium range of specialty chemicals. From drilling mud additives to fluid loss control solutions, our meticulously crafted chemicals are tailored to boost efficiency and minimize downtime. Explore our comprehensive selection today.
SULPHONATED ASPHALT ADVANTAGES:
1) Superior rheological properties, which provide excellent control over the viscosity and gel strength of the fluid, reducing the risk of stuck pipe and other issues.
2) Exceptional fluid loss control, minimizing the amount of fluid that is lost into the formation during drilling, improving wellbore stability, and preventing well control issues.
3) Effective shale inhibition, inhibiting the swelling and disintegration of shale formations, reducing the risk of lost circulation and other problems when drilling in shales.
4) Stable at high temperatures, making it suitable for drilling operations in geothermal wells and other high-temperature environments.
5) Can be used in horizontal drilling operations to reduce friction and improve drilling efficiency.
6) A cost-effective solution for drilling operations in challenging environments, reducing the risks and costs associated with drilling.
Hematite is a high purity ground Iron Oxide (Ferric Oxide ). Used to increase the density of drilling fluids in Oilfield Drilling Applications . It can also be substituted or blended with barite in all types of mud systems. It is grinded to a Size Suitable for Drilling and removing Impurities.
HEMATITE POWDER ADVANTAGE
1) It has a lower attrition rate than barite, being harder has less chances of particle size degradation
2) It improves rheological properties in muds.
3) It provides a higher rate of penetration.
4) It is more resistant to particle size degradation and is more environmental friendly than barite
5) Due to its higher Specific Gravity the Muds have lower Solid Content as compared to Baryte Muds
6) Elevate your drilling endeavors with our specialized chemicals engineered for specific challenges. Our portfolio includes a diverse range of solutions, from wellbore stability to reservoir Hematite optimization. Explore our collection of specialty drilling chemicals today.
PETRA PSI, a liquid polyamine shale inhibitor, is used in water-based mud systems, drill-in fluids, and polymer-based drilling. Adding a Polyamine Shale Stabilizer directly does not affect the viscosity or filtration properties of the mud system. It effectively prevents shale, clay, or cuttings from hydrating in reactive shale and clays, reducing the risk of bit balling. Additionally, it strengthens the borehole, provides lubricity, and increases ROP, making it a useful shale stabilizer.
To ensure wellbore stability during high-rate water packs, it can also be utilized as a shale inhibitor in gravel pack fluids. It can tolerate common impurities including cement, hard water, CO2, drill cuttings, and crude oil. Polyamine Shale Inhibitor must be handled as an industrial chemical, which requires the use of protective equipment and adherence to the precautions indicated in the MSDS. MSDS will only be supplied upon request.
Explore our range of high-performance mud additives designed to tackle diverse drilling environments. From extreme temperatures to challenging formations, our mud additives provide the stability and lubrication your operations demand. Find out how we can enhance your drilling mud.
Xanthan Gum Polymer is a high molecular weight Xanthan Gum biopolymer. It used to viscosity water based drilling and completion fluids. It is primarily a viscosity modifier for Freshwater and Salt Saturated Muds. Xanthan gum is an extracellular acidic heteropolysaccharide produced by the fermentation of Xanthomonas Campestris bacterium. Made from corn starch and other carbohydrates through the processes of culturing, extracting, evaporating and grinding, it is widely used in industries such as food, oil, mining, pharmacy and textile.
Xanthan Gum Polymer manufactured by PETRA INDUSTRIES is used in drilling and completion fluids to enhance their Rheology, ensuring efficient whole cleaning. It provides optimum whole cleaning and suspension qualities.
Uncover the power of our specialized drilling fluid additives. Engineered to enhance viscosity, stability, and fluid loss control, these additives are essential tools for optimizing your drilling operations. Learn more about our innovative additives.
XANTHAN GUM ADVANTAGE
1) It provides excellent suspension properties restricting the settlement of weighting agents and drilled cuttings
2) It is stable over a wide pH range and is effective in saturated brines as well as fresh and sea water base drilling fluids
3) It is resistant to bacterial fermentation.
Cenosphere (Expanded Mineral Materials Containing Alumina and Silica) are a by-product of coal burning power plants and are lightweight, inert, hollow sphere filled With air or inert gas. the color of Cenosphere varies from grey to almost white and their density is about 0.4 â?? 0.8 g/cm3 (0.014 â?? 0.029 lb./cu in), which provides them with buoyancy.
Cenosphere behaves like tiny ball bearings to improve workability, flow under pressure, reduce shrinkage, enhance isotropic properties and reduce resin, binder or water demand due to their low oil absorption level and high packing factor. Physically, Cenosphere is hard, rigid, light, waterproof, innoxious, and insulative. By utilizing these characteristics of Cenosphere it is possible to produce materials with excellent heat insulating properties.. Cenosphere combine all the advantages of spherical shape with the additional benefits of low density at an economic cost. with low densities Cenosphere reduces the weight of formulated products.
The Unique Features Of FILLIT
1) 5~300 um particle size, Grey or Light Grey color hollow sphere with compressed gas
2) Low density (0.60-0.70 g/cc) free-flowing filler material
3) High strength in compressing [105-210 kg/cm2 (2000 - 4800 psi)
4) Inert, sound and thermal insulation
5) Heat resistant (1500 �°C)
6) Less shrinkage and warpage and water absorption
7) Buoyancy, flame retardance, chemical resistance
MicroLite GM- Glass Bubbles are engineered hollow glass microsphere having a high strength-to-density ratio, so they are both lightweight and strong enough to survive processing. Made of soda-lime borosilicate glass, these additives are chemically inert and water resistant having true density of 0.20-0.60 g/cm 3; particle size is 2-130pm.
The high-performance GM-hollow glass microspheres feature a smooth, nonporous surface, and their spherical shape offers a variety of advantages over irregularly shaped additives or fillers for many demanding applications. These low-density particles are used in a wide range of industries to reduce part weight, lower costs and enhance properties and overall performance.
Characteristics of Glass Microsphere:
The unique spherical shape of hollow glass microspheres offers a number of Important benefits, including
1)Higher filler loading
2)Lower viscosity/improved flow
3)Reduced shrinkage and war page
4)Cost effectiveness
5)High performance
6)Weight reduction
7)Thermal Insulation
8)Dimensional stability
9)Sustainability
10)Abrasion resistance
11)Improved Throughput
12)Lightweight
The hard, fibrous, chemically inert, nontoxic, and biodegradable material known as walnut shell is utilized as a Loss Circulation Material in drilling applications. It is produced by grinding specialized walnut to specific sizes and can be utilized in fluid systems of various densities. In some cases, Walnut Shell (F/M/C) is utilized as a nut lubricant to enhance lubricity and decrease torque and drag..
Maintain consistent viscosity and suspension in your drilling mud using our viscosifiers. These additives are carefully formulated to provide stability, lubrication, and enhanced drilling performance.
The use of WALNUT Shell as a material for controlling lost circulation in drilling fluids is a common practice in the oil and gas industry. It is highly effective in mitigating the loss of drilling fluids during the drilling process, which can result in significant cost savings. This material can be used alone in re-circulated fluids, or in combination with other materials such as fibrous and flake materials in pill form, to provide an even greater level of effectiveness in preventing lost circulation.
In addition to its loss circulation control properties, WALNUT Shell is also utilized as a lubricant in drilling operations to increase lubricity and reduce torque and drag. This is achieved by applying the shell material to the threads of drill pipe and other tools used in drilling operations. The lubricating properties of WALNUT Shell help to reduce friction and heat buildup during drilling, thereby increasing the efficiency and safety of drilling operations.
Overall, WALNUT Shell is a versatile material that has a wide range of applications in the drilling industry. Its unique combination of properties, including its hardness, fibrous nature, chemical inertness, non-toxicity, and biodegradability, make it an attractive choice for use in drilling operations.
