OPA Energy

??OPA Energy 2024 Milestones ?? As we step confidently into 2025, we take a moment to reflect on the incredible journey we had in 2024. Here’s a look at the numbers and moments that defined our success last year: ?? Knowledge Shared: Delivered specialized courses, empowering professionals across the globe - 20 Online Live Courses - 25 In-House Courses - 20 International Courses - 10 Mentorships ?? Empowering Professionals - 700 Recorded Courses Sales - 10 Mentorship Programs ?? Expanding Our Reach Reached 30 countries, expanding our global footprint ?? Bringing Education to Everyone: - Hosted 35 Free webinars and workshops, connecting experts with learners - Launched our 6th free internship, giving 100 participants hands-on experience to kickstart their careers.

Ramadan is the month of blessings. We are glad to announce 50% Ramadan discount on all our recorded courses. Check our courses through this link: https://bit.ly/OPA-Courses Enroll now: https://lnkd.in/dmg7eMnk Use Promocode at course checkout: Ramadan50 Add to cart --> Add the Promocode --> Enjoy the Learning Journey #OPA #StayAHead #Knowledge_Sharing #Recorded_Courses #PVT_Analysis #Hydraulic_Frac #Well_Test #Well_Modeling #Material_Balance #Petrophysics #Petroleum_Economics #Process_Simulation #OFM #Nodal_Analysis #ESP_design #PLT #Reservoir_Simulation #DrillingFluid #Carbonate #NMR?#PCP #ESP #formationevaluation #reservoir #drilling #production

???????? ?????????????? ???? ?????? & ?????? ???????????????????? Sand production poses significant challenges in oil and gas wells, affecting productivity, well integrity, and operational safety. Effective sand control measures are critical to mitigate these risks and ensure efficient production. ________________________________________ ???????????????????????? ???? ???????? ???????????????????? 1. Loss of Production:? o Sand accumulation in the tubing or casing can cover perforations, leading to reduced production from lower intervals. 2. Well Integrity Issues:? o Loss of lateral support causes casing or liner collapse. o Sand bridges and cavities restrict wellbore diameter and complicate interventions. 3. Damage to Equipment:? o Solid particles cause erosion (sand blasting) of valves, pipes, and downhole equipment. o Accumulated sand may result in equipment failure or operational inefficiency. 4. Environmental Hazards:? o Erosion in surface pipelines can lead to oil or gas spills, causing pollution and potential loss of well control. 5. Increased Costs:? o Sand removal and disposal must comply with environmental regulations, increasing operational expenses. ________________________________________ ?????????????? ???? ???????? ???????????????????? ???? ???????????????????? 1. Reduced Well Productivity:? o Sand accumulation blocks hydrocarbon flow and complicates intervention operations. 2. Equipment Damage:? o Erosion of valves, pipelines, and surface installations reduces equipment life and increases maintenance costs. 3. Operational Challenges:? o Sand-filled wells become difficult to work over or re-enter. o Sand bridges can trap tools, necessitating complex and costly retrieval operations. ________________________________________ ???????????????? ???? ???????? ?????????????? ? Improved Well Integrity: Prevents casing collapse and maintains wellbore stability. ? Enhanced Equipment Longevity: Minimizes erosion-related failures. ? Environmental Safety: Reducing risks of oil and gas spills due to erosion-induced pipeline damage. ________________________________________ ???????????????????? ???? ???????? ?????????????? ? Higher Capital Costs:? o Sand control measures increase well development costs and capital investments. ? Impact on Recovery:? o Early installation of sand control may lead to higher abandonment pressures, reducing ultimate recovery. ? Operational Complexity:? o Gas lift systems may need earlier installation to compensate for sand control measures.

?? ?????????????? ???????? ???????????????? ?????????????????? ???????? ?????? ?????? & ?????????????? ???????????????????? ????????????????! ?? #TransformingKnowledgeIntoPower #Webinar #Drilling #RigOperations #RiglessOperations #ProfessionalDevelopment #ContinuousLearning #OilAndGas

?? ???????????? ?????????? ???????????????????? ???????????? & ?????????????????? ?????????????????? ????????-?????? ???????????????????? ???????? ???????????????? ?????????? ???????? ??????????????! #OPAEnergy #TrnasformingKnowledgeIntoPower #WellOptimization #PetroleumEngineering #WaterManagement #CasedHoleLogging #OilAndGas

Natural Fractured reservoirs, especially carbonates, often require specialized modeling approaches due to their complex fluid flow behavior. The two most common models are the dual porosity and the dual porosity dual permeability models. Enroll now in our CONFIRMED COURSE | Carbonate Reservoir Engineering & modeling ?? Date: March 2nd??? ??Course Duration: 5 Days ??OPA Course Number: 52 ?? Content: https://lnkd.in/dEsVvMXp ?? Register Now: https://lnkd.in/dTunqNxB

Let’s have a sneak peek at the following live course content titled “Carbonate Reservoir Engineering & Modeling” and remember that’s just a glance. ?? Date: March 2nd ??? ??Course Duration: 5 Days ??OPA Course Number: 52 ?? Content: https://lnkd.in/dEsVvMXp ?? Register Now: https://lnkd.in/dTunqNxB 12th and 13th Waves of Courses: ??Advanced Practical Reservoir Simulation ??OSHA General Industry ??Power BI in Oil & Gas ??Coiled Tubing Operations ??Carbonate Reservoir Modeling ??PCP Design, Operation & Troubleshooting ??NMR Interpretation & Theory

?? LAST CALL?? ?CONFIRMED COURSE| Carbonate Reservoir Engineering & Modeling ?? Date: March 1st??? ??Course Duration: 5 Days ??OPA Course Number: 52 ?? Content: https://lnkd.in/dEsVvMXp ?? Register Now: https://lnkd.in/dTunqNxB 12th and 13th Waves of Courses: ??Advanced Practical Reservoir Simulation ??OSHA General Industry ??Power BI in Oil & Gas ??Coiled Tubing Operations ??Carbonate Reservoir Modeling ??PCP Design, Operation & Troubleshooting ??NMR Interpretation & Theory Our Social Media Platforms: linktr.ee/OPAEnergy

?CONFIRMED COURSE| Carbonate Reservoir Engineering & modeling ?? Date: March 1st????? ??Course Duration: 5 Days ??OPA Course Number: 52 ?? Content: https://lnkd.in/dEsVvMXp ?? Register Now: https://lnkd.in/dTunqNxB 12th and 13th Waves of Courses: ??Advanced Practical Reservoir Simulation ??OSHA General Industry ??Power BI in Oil & Gas ??Coiled Tubing Operations ??Carbonate Reservoir Modeling ??PCP Design, Operation & Troubleshooting ??NMR Interpretation & Theory Our Social Media Platforms: linktr.ee/OPAEnergy

We are delighted to share the presentation and recording of our 97th free webinar "Carbonate Reservoir Engineering & Modeling" with you. We trust these materials will provide valuable insights and serve as a helpful resource. Thank you for your continued interest and engagement. The Webinar was presented by Eng. Ahmed Khaled, Reservoir Engineer. Webinar Recording here: https://lnkd.in/g43vHGr5