Petra Industries Pvt. Ltd.’s Post

How does Sodium Hexametaphosphate(SHMP) take the function in oil drilling industry? In the oil drilling industry, Sodium Hexametaphosphate (SHMP) is used as a corrosion inhibitor and a shale stabilizer. Here’s how it functions in this industry: 1. Corrosion inhibitor: SHMP is added to drilling fluids to prevent corrosion of metal surfaces in the wellbore and drilling equipment. It forms a protective film on the metal surfaces, which acts as a barrier against corrosive substances present in the drilling fluid, such as oxygen and hydrogen sulfide. By inhibiting corrosion, SHMP helps to prolong the life of drilling equipment and maintain the integrity of the wellbore. 2. Shale stabilizer: Shale formations encountered during drilling can be unstable and prone to swelling or collapsing. SHMP is used as a shale stabilizer to control the swelling and dispersion of shale particles. It interacts with the clay minerals present in shale formations, reducing their ability to absorb water and swell. This helps to maintain the stability of the wellbore and prevent issues such as stuck pipe or wellbore instability. Additionally, SHMP may also have some secondary functions in oil drilling, including: 3. Fluid loss control: SHMP can help in controlling fluid loss to the formation during drilling operations. It forms a thin filter cake on the wellbore wall, reducing fluid loss and minimizing damage to the formation. 4. PH buffering: SHMP can act as a pH buffer in drilling fluids, helping to maintain the desired pH range. This is important for optimizing the performance of other drilling additives and minimizing any adverse chemical reactions that could occur at extreme PH levels. If any interest, please feel free to contact us. Email: summer@sino-phosphate.com WhatsApp:+8801682255060 WeChat:+8616608386885 Web: www.sino-phosphate.com #SHMP #Sodium #Hexametaphosphate #Sodiumhexametaphosphate #Phosphate #oil #drilling #corrosion #inhibitor #shale #stabilizer #PH #buffering

A unique combination of anionic and nonionic surfactants and surface-active agents is present in Drilling Detergent. This specialized blend is intended to decrease the surface tension of any water-based drilling fluids, thus minimizing the adherence of water-sensitive shale cuttings to the drilling assembly. This effect occurs whether the drilling fluid is made up of fresh or salt water. Moreover, Drilling Detergent possesses lubricating properties. The product was developed with the purpose of reducing the interfacial tension of the water-based mud system, facilitating wetting, aiding in hole cleanup, and promoting the removal and accumulation of cuttings. Unleash the true potential of your drilling operations with our high-performance drilling chemicals. Engineered for excellence, our chemicals enhance drilling speed, efficiency, and overall productivity. #drillingfluids #petraindiagroup #customizedpackaging #packaging #paintsandcoating #research #compositestructures #marineindustry #construction #constructionlife #oilandgas #oilandgasindustry #mining #drillingmud #export #manufacturing #energy #drillingrig #drillingoffshore #drillinglife #drillingmachine #petragroup #petraindiagroup #petradrilldetergent #drilldet #surfactants #surfactant #oilemulsifier

A unique combination of anionic and nonionic surfactants and surface-active agents is present in Drilling Detergent. This specialized blend is intended to decrease the surface tension of any water-based drilling fluids, thus minimizing the adherence of water-sensitive shale cuttings to the drilling assembly. This effect occurs whether the drilling fluid is made up of fresh or salt water. Moreover, Drilling Detergent possesses lubricating properties. The product was developed with the purpose of reducing the interfacial tension of the water-based mud system, facilitating wetting, aiding in hole cleanup, and promoting the removal and accumulation of cuttings. Unleash the true potential of your drilling operations with our high-performance drilling chemicals. Engineered for excellence, our chemicals enhance drilling speed, efficiency, and overall productivity. #drillingfluids #petraindiagroup #customizedpackaging #packaging #paintsandcoating #research #compositestructures #marineindustry #construction #constructionlife #oilandgas #oilandgasindustry #mining #drillingmud #export #manufacturing #energy #drillingrig #drillingoffshore #drillinglife #drillingmachine #petragroup #petraindiagroup #petrapacr #watertreatment #watertreatmentsolutions

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. 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 PETRA HEMATITE is a Premium Grade Hematite manufactured as per API 13 A specifications for usage in the Oil Drilling applications as a Weighting Material . Due to its high specific gravity muds Formulated using Petra Hematite have low solid Content and improve the ROP as compared to Baryte based Muds. #drillingfluids #petraindiagroup #customizedpackaging #packaging #paintsandcoating #research #compositestructures #marineindustry #construction #constructionlife #oilandgas #oilandgasindustry #mining #drillingmud #export #manufacturing #energy #drillingrig #drillingoffshore #drillinglife #drillingmachine #petragroup #petraindiagroup #petrapacr #watertreatment

Monitoring the potassium ion concentration in drilling fluid is crucial for water-based mud systems that utilize potassium for shale inhibition. This concentration tends to deplete as it is adsorbed onto shales, so it is important to monitor and maintain effective inhibition levels in the mud system. In order to determine the potassium ion concentration, excess Sodium Perchlorate is added to a measured mud filtrate volume to precipitate out Potassium Perchlorate. The precipitate is then centrifuged, and the volume of the compacted precipitate is converted to potassium ion concentration using a calibration curve. It is necessary to prepare this calibration curve using the test reagents at the rig site. To measure the potassium ion concentration, specific equipment is required. This includes a standard Sodium Perchlorate solution, which is added to the mud filtrate to precipitate the potassium ion. The concentration of potassium chloride (KCl) in the mud filtrate is then calculated using conversion factors and a calibration curve. These factors include the KCI concentration (ppb) = (7 / Filtrate Volume (ml)) x KCI Concentration from Calibration curve equation. Additionally, there are conversion factors for reporting KCl concentrations in different units, such as KCl (gm/l) = KCl (ppb) x 2.85714 and KCl (% Vol) = KCl (ppb) ÷ 3.5.

Drilling mud, also called drilling fluid, aids in the process of drilling a borehole into the earth for oil and gas extraction and core sampling. But what is in drilling mud? Water-based drilling mud most commonly consists of BENTONITE (a clay mined in Butte County SD) with additives such as barium sulfate (Barite), calcium carbonate (chalk), or hematite.

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. As a leading oilfield chemicals manufacturer, we take pride in delivering top-tier solutions for drilling and exploration challenges. Our state-of-the-art manufacturing processes ensure consistent quality and reliability. Discover the difference of partnering with an industry leader. #drillingfluids #petraindiagroup #customizedpackaging #packaging #paintsandcoating #research #compositestructures #marineindustry #construction #constructionlife #oilandgas #oilandgasindustry #mining #drillingmud #export #manufacturing #energy #drillingrig #drillingoffshore #drillinglife #drillingmachine #petragroup #petraindiagroup #petrapacr #watertreatment #watertreatmentsolutions

Cenospheres are used in drilling operations primarily as lightweight additives in cement slurries and drilling fluids. They help reduce the density of the cement, making it easier to handle and pump. 📢 Advantages of using FILLIT in drilling: ◾ Weight Reduction: They lower the overall density of the cement, preventing excessive pressure on the wellbore. ◾ Enhanced Fluid Properties: FILLIT improves the flow characteristics of drilling fluids, making them more efficient. ◾ Thermal Insulation: Their insulating properties help protect the wellbore from temperature fluctuations. ◾ Cost-Effectiveness: By reducing the amount of cement needed, they can lower overall operational costs. ◾ Environmental Benefits: FILLIT can reduce the environmental impact of drilling by minimizing waste and enhancing the performance of eco-friendly fluids. #drillingfluids #petraindiagroup #customizedpackaging #packaging #paintsandcoating #research #compositestructures #marineindustry #construction #constructionlife #oilandgas #oilandgasindustry #mining #drillingmud #export #manufacturing #energy #drillingrig #drillingoffshore #drillinglife #drillingmachine #petragroup #petraindiagroup #petrapacr #watertreatment #watertreatmentsolutions

Gilsonite for drilling applications “#Gilsonite”, widely used for a #black, #lustrous, #carbonaceous #resin classified as an #asphaltite. #Gilsonite proper name is #uintaite, An important characteristic of #gilsonite is its softening-point temperature. In oil-base #muds, #Gilsonite used as a fluid-loss control agent. Being a #hydrocarbon, #Gilsonite naturally wetted by the #oil. In water-base muds, #gilsonite used as a shale-stabilizing additive and is difficult to evaluate unless tested at or above its softening point. As a #hydrocarbon, the #powder must be coupled to water by using a #glycol or similar water-wetter. Gilsonite for drilling applications in #oil and #gas fields Gilsonite for drilling applications 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 P#erforms in #oil- and water-based drilling #muds Gilsonite for drilling applications performs in HP/HT environments Minimizes HSE risks