Yaser Ahmed’s Post

🌟 𝐀𝐫𝐭𝐢𝐟𝐢𝐜𝐢𝐚𝐥 𝐋𝐢𝐟𝐭 𝐢𝐧 𝐭𝐡𝐞 𝐎𝐢𝐥 & 𝐆𝐚𝐬 𝐈𝐧𝐝𝐮𝐬𝐭𝐫𝐲 🌟 ✔️In the oil and gas industry, "artificial lift" plays a crucial role in enhancing production when natural reservoir pressure isn't enough to bring hydrocarbons to the surface. Let's break down what it means and why it’s important: 🔹 𝙋𝙪𝙧𝙥𝙤𝙨𝙚: Artificial lift techniques are used to boost the flow of oil or gas from wells with insufficient natural pressure. 🔹 𝙈𝙚𝙩𝙝𝙤𝙙𝙨: 1-Rod Pumps (Sucker Rod Pumps): Mechanical pumps driven by surface motors to lift oil from wells. 2-Electric Submersible Pumps (ESPs): Submersible pumps placed in the wellbore to boost fluid to the surface. 3-Gas Lift: Injecting gas into the wellbore to reduce fluid density, making it easier for reservoir pressure to push fluids to the surface. 4-Hydraulic Pumps: Using pressurized fluids to drive downhole pumps. 🔹 𝙎𝙚𝙡𝙚𝙘𝙩𝙞𝙤𝙣: The choice of artificial lift method depends on well conditions, fluid properties, and economic considerations. 🔹 𝘽𝙚𝙣𝙚𝙛𝙞𝙩𝙨: Increases production rates, extends the economic life of wells, and improves the recovery of hydrocarbons. ✔️By utilizing artificial lift, we can maximize the extraction of oil and gas from reservoirs, ensuring efficient and sustainable production. 💡🌍 #Oil_and_Gas #Artificial_Lift #Energy #Production_Optimization #Engineering #PioPetro_Training

There are several types of oil lifting pumps used in the oil and gas industry to help extract oil from reservoirs where natural pressure is insufficient. These include: -Progressive Cavity Pump (PCP): Also known as a "screw pump," it is suitable for handling high-viscosity fluids like heavy oil. It operates with a rotating screw inside a flexible cavity, creating a pressure difference that helps lift the oil. Advantages: Effective in wells with high viscosity and solids content. Application: Used in wells with low to medium flow rates. -Electric Submersible Pump (ESP): An electric submersible pump used to lift large amounts of oil from deep wells. The pump is placed deep in the well and operated by an electric motor. Advantages: High production and strong pressure, suitable for deep wells. Application: Used in high-flow and high-pressure wells. -Plunger Pump: This system is used in wells with intermittent flow. It relies on a plunger moving up and down the well to push the oil to the surface. Advantages: Effective for wells that produce small amounts of oil or gas. Application: Often used in gas wells or wells with fluctuating production. -Hydraulic Pump: Operates by hydraulic fluid pressure, where the fluid displaces the oil upwards. The operating fluid can be adjusted to the desired pressure. Advantages: Effective in deep wells, and the pressure can be regulated as needed. Application: Used in deep wells or wells that require additional lifting power. -Sucker Rod Pump (SRP): Also known as a "beam pump," it operates mechanically with a rod moving up and down inside the well. It is commonly used in shallow wells. Advantages: Robust and easy to maintain, suitable for low-flow wells. Application: Primarily used in medium to shallow depth wells. -Gas Lift: Relies on injecting gas into the well to reduce the density of the oil, making it easier to lift to the surface. Gas is injected periodically to boost oil flow. Advantages: Effective in wells with natural gas and can operate in great depths. Application: Used in wells that need enhanced natural flow or suffer from low natural pressure. Each of these pumps is selected based on the well conditions, such as depth, oil viscosity, and well pressure. #oil #gas #pump #ESP #PCP #oilfield #efficiency #productivity #profitability #SRP

Three-Phase Separator: Key Components and Functions In the oil and gas industry, a three-phase separator is crucial for effectively separating gas, oil, and water from a mixed stream. Here's a professional overview of its key components and their functions: 1. Inlet Diverter: - Directs incoming flow and initiates the separation process. 2. Pressure Safety Valve (PSV): - Safeguards the system by venting excess gas to prevent overpressure. 3. Mist Eliminator: - Removes liquid droplets from the gas stream to ensure cleaner gas output. 4. Overflow Weir: - Maintains the oil-water interface and directs excess oil overflow. 5. Control Valve: - Regulates gas flow and maintains system pressure for optimal performance. 6. Gas Outlet: - The exit point for the separated gas. 7. Water Outlet: - The exit point for the separated water. 8. Oil Outlet: - The exit point for the separated oil. Separation Process: The three-phase separator operates on density differences between gas, oil, and water. Gas, being the lightest, rises to the top and exits through the gas outlet. Oil, positioned between gas and water in density, forms a middle layer and is removed via the oil outlet. Water, the heaviest, settles at the bottom and exits through the water outlet. #Engineering #ProcessSeparation #ThreePhaseSeparator #TechnicalExcellence

Nice Information about three-phase separator

What is a Gas Lift Curve? ➡ In short, it shows our expected oil rate at all gas lift injection rates! 😢 In the past, we had to manually sensitize the new BHP for one specific gas lift rate, then see where that rate lands along our IPR curve. Repeat the process for a different gas lift rate. It was brutal! ⭐ Now, we can instantly see our expected oil rate at any gas lift rate! Even evaluate lower casing pressures to predict opening a deeper gas lift valve. As you can see, there's more then 1 route to increase oil production with gas lift. 🛣 Video Case Study: https://lnkd.in/gtcTNp37 💌 Contact us to learn more. #nodal #productionengineering #productionoptimization whitson Curtis Hays Whitson Ilina Yusra Markus Blytt Markus Hays Nielsen Henrik Lia Bilal Younus Sissel Øksnevad Martinsen Sayyed Ahmad Alavian Stian Mydland Kameshwar Singh Hamna Zafar Mathias Lia Carlsen John Ratulowski Milan Stanko Mohamad Majzoub Dahouk Lavrans Blytt Jason Hu Barry Ruddick Leslie Thompson Edvard Schwabe Jortveit Venkata Bala Krishnateja Chavali Arnaud Hoffmann Graham Helfrick Henrik Berg Nemanja Dunić Kjetil Lorentzen Ana Proaño

🔧In an aging well utilizing ESP as an artificial lift system, the primary challenge in maintaining production is pressure depletion. 🌐This issue is particularly pronounced in reservoirs relying on solution gas and weak water drives as the main driving mechanisms, resulting in rapid pressure depletion post-production. 🌟🔌Despite the gas still possessing sufficient pressure for co-production with oil, it's imperative to maintain low well pressure to ensure adequate NPSHa (Net Positive Suction Head) for the ESP. 💡Consequently, gas must be vented from the well casing. Excessive gas production can lead to gas locking and underload problems for the ESP, especially concerning gas-related issues. Curious about Olie and Ecal's approach to troubleshooting this??? Check the post below for more detailed insights!!!🕵️♂️ We're here to explore, learn, and triumph together! 🚀🛢🔍. Thanks to Mohammad Fadillah for the content. #ESPproblems #Troubleshooting #ArtificialLift #SkillsMatter

Hydraulic fluid is often used to calibrate chart recorders on gas pipelines, but it isn’t always the best option. There are a lot of advantages to using compressed gas instead, especially in the middle of winter. Here’s why: https://lnkd.in/gkDzBiy4 #calibratingchartrecorders #oilandgas #calibrationmanifold #ralstoninstruments

What media do you use for calibrating chart recorders? Hydraulic fluid or compressed gas?

Smart well at a glance A Smart Well is a sophisticated system that incorporates downhole sensors and control valves. These sensors gather data and transmit it to the surface via cables. The collected information is then analyzed to simulate and optimize the flow rates of the valves, aiming to maximize oil recovery while minimizing water and gas production. Commands are sent from the surface to the valves, adjusting their opening and closing rates as needed (selective interval production or injection). Additionally, isolating packers are used to separate each valve area from the others. This method is particularly effective in multilayer reservoirs or in scenarios where the water-oil contact (WOC) and gas-oil contact (GOC) are in close proximity to the perforations. A single smart well could improve oil recovery by 9% of total and up to to 25% improvement in oil recovery could be realized by a field-wide implementation of smart wells.

Gas filter element is a necessary separation and purification equipment element for gas gathering stations, compressor stations, off load stations, pigging stations, terminal stations and various application fields on natural gas gathering and transmission pipelines and gas transmission pipelines. It can effectively filter the dirt in the pipeline and the debris from the pipe wall, so as to ensure the safe operation of gas transmission and gas equipment, and meet the pipeline transmission and users' requirements for gas quality. #gasfilterelement #filterelement #naturalgasfilter During the transportation of gas pipeline, gas source impurities and pipeline mechanical impurities will affect the gas transmission quality and damage some metering and pressure regulating equipment on the pipeline. Therefore, gas filtering equipment shall be installed in front of each receiving and dispatching station or important equipment to ensure the safety of downstream equipment (sometimes it may go through multi-stage filtering). Filter element is also the main component of these filter equipment, so the selection of filter element directly affects the filtering effect. According to the unique properties of gas, stainless steel metal mesh is selected as the main filter material, and the filter area of the filter element is increased through the wave breaking structure, so as to ensure the good circulation of gas and increase the amount of pollutants. High and low temperature resistant asbestos gasket is used as sealing material to ensure good sealing of some low-temperature gases, such as compressed liquefied petroleum gas. The filter element shall be cleaned or replaced in time according to the change of differential pressure during use.