Payton Powell

𝗛𝘆𝗱𝗿𝗼𝗰𝗮𝗿𝗯𝗼𝗻 𝗧𝗿𝗮𝗽𝘀 Petroleum traps are geological formations that contain accumulations of oil and gas, making them essential targets for hydrocarbon exploration. Understanding the different types of petroleum traps is crucial for identifying potential reservoirs and optimizing exploration strategies. In this article, we will discuss the main types of petroleum traps, their characteristics, and their significance in the search for oil and gas reserves. *1. Structural Traps* Structural traps are formed by deformation of the Earth's crust, resulting in folds, faults, and other structural features that trap hydrocarbons. The most common types of structural traps include: - **Anticline Traps:** These traps form in areas where rock layers have been folded into an upward arch-like structure called an anticline. Hydrocarbons migrate upwards through permeable reservoir rocks and become trapped beneath impermeable cap rocks. - **Fault Traps:** Faults are fractures in the Earth's crust where movement has occurred. Fault traps occur when hydrocarbons are displaced along fault lines and become trapped against impermeable barriers. *2. Stratigraphic Traps* Stratigraphic traps are formed by variations in the sedimentary rock layers that make up the Earth's crust. These traps are less dependent on structural deformation and more on the characteristics of the sedimentary sequence. Common types of stratigraphic traps include: - **Lenticular Sands:** These traps occur when permeable sandstone layers "pinch out" or terminate abruptly, creating a localized accumulation of hydrocarbons. - **Carbonate Buildups:** In carbonate reservoirs, hydrocarbons can accumulate in porous structures such as reefs, shoals, and buildups formed by the accumulation of calcium carbonate. *3. Combination Traps* Combination traps are traps that exhibit characteristics of both structural and stratigraphic traps. They often result from a combination of structural deformation and variations in sedimentary deposition. Combination traps can be particularly complex and may require sophisticated exploration techniques to identify and assess. *4. Unconventional Traps* Unconventional traps refer to reservoirs that do not fit neatly into the categories of structural or stratigraphic traps. These include unconventional hydrocarbon resources such as shale gas, tight gas, and coalbed methane. The trapping mechanisms in unconventional reservoirs often involve factors such as organic richness, natural fractures, and matrix porosity. Photo refrence, credit : https://lnkd.in/dH9FXumM

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Unlock New Depths of Investigation with TGT Diagnostics’ Pulse Technology! Innovate and Assess with Precision: Our Pulse technology revolutionizes corrosion completion analysis through advanced through-tubing electromagnetic surveys. This robust diagnostic series of tools captures distinct signatures from each tubular, providing unparalleled insights into wall thickness and tube integrity. True Integrity Tube Products provide precise assessments of up to four concentric tubes from a single survey. Our True Integrity Tube products offer peak efficiency and thorough diagnostics, ensuring you understand the full scope of your well’s condition. Why Choose TGT Diagnostics Pulse Technology? - Broad-Spectrum Well Integrity Analysis: Well integrity issues can span entire reservoirs, not just isolated wells. Our comprehensive well integrity management system goes beyond standard analyses. It incorporates vital data on fluid dynamics and inter-well interactions, providing a deeper understanding of not just how, but why your wells are performing as they are. - Predictive Capabilities: Utilize the power of Pulse technology to forecast corrosion trends and accurately calculate corrosion rates. Stay ahead of maintenance and operational challenges with our predictive models. - Global Expertise, Local Impact: With operations across North and South America and a global footprint, TGT Diagnostics is your partner in navigating complex well integrity challenges. Contact TGT Diagnostics today to explore how our Pulse Technology can transform your approach to well integrity management and safeguard your operations. #wellintegrity #wellinterventions #petrophysicists

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Did you miss the conversation with Tim Davis from Linde, along with Doug Klingensmith and Stephanie Larimore from Unconventional Solutions, as they talked about Viscoelastics and how simple it is to use our pipeline coating system? If you work in the pipeline industry, then there are a few questions you absolutely have to hear the answers to. Don't miss out; listen to the conversation today!

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Texas oil & gas producers are revolutionizing energy production. With over 99% utilization of all gas produced, record-breaking output and advanced water recycling, the Lone Star State is proving that a sustainable energy future isn't just a goal—it's a reality. 

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🎬 New TPA / NotebookLM Vodcast Alert! 🎬 E.2 Risk-Based Prioritization of In-Line Inspection Projects This Trusted Pipeline Advisor (TPA) Vodcast, created in collaboration with NotebookLM, draws from TPA's exclusive suite of technical reference exhibits, offering cutting-edge insights into strategies for pipeline integrity management. This episode dives into the essentials of building a risk-based prioritization framework for in-line inspections of corporate pipelines. We explore the critical factors that drive inspection urgency, ensuring resources are directed to the highest-risk segments and supporting long-term integrity. Key topics include: ✔ Pipeline Characteristics ✔Operational Conditions ✔Environmental Impact ✔Data-Driven Insights ✔Corrosion Mechanisms and Well-Pipeline Relationship Join us as we outline how a thoughtful, risk-based inspection strategy enhances safety, regulatory compliance, and cost efficiency. This approach not only targets the most at-risk segments but also reinforces a proactive pipeline integrity culture across corporate networks. ________ 📌 Chapters: 0:00 INTRO 0:41 TPA and NotebookLM 1:15 Pipeline Inspections 1:40 Factors for Prioritization 2:20 Pipeline Environment 3:14 Stakes and Risks 3:46 Historical Data and Correlation 4:15 Consideration of Downhole Corrosion 4:50 Data Models - Pipeline Credit Score 5:35 Team Collaboration 5:52 Recognizing and Responding to Change 6:00 Implications of Pipeline Sibling Associations 6:50 Benefits of a Holistic System-Wide Approach 7:10 Proactive / Ongoing Process / Collaborative Culture 7:35 Biggest Take-Away / Wrap-up Statement 8:35 Role of Human Judgement and Experience 9:11 Deep Dive Summary 10:00 OUTRO ________ Explore the complexities of corrosion control and join the conversation on improving pipeline safety. If you're passionate about advancing pipeline integrity management and enjoy exploring technical insights, I’d love to connect with you beyond LinkedIn. 💡 As TPC, I’m sharing valuable industry content, including Videos and Vodcast episodes packed with actionable strategies, on my YouTube channel.  Join the conversation, gain new perspectives, and stay ahead in the field—your support means a lot! ▶Find me on YouTube: @trustedpipelineadvisor https://lnkd.in/gyb24MhM If you enjoy the content, please consider supporting me by selecting the Subscribe 🔔button, and the Like button!! 👍 Explore the complexities of corrosion control and join the conversation on improving pipeline safety. Let’s keep the momentum going! Trusted Pipeline Advisor website: https://lnkd.in/gTXzNRHJ 💡 Stay informed. Stay safe. #pipeline #notebooklm #vodcast #qualitymanagement #riskassessment #trustedpipelineadvisor

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Thank you to PBSHRM for the opportunity to connect with some of the most amazing HR folks around - people operations in the Permian is no joke! We have some of the most unique challenges and opportunities in the nation. I hope you will join me on September 12th at 9:00am to discuss recruiting in the Basin. Topics I will cover are long-term demographic trends, alternative sourcing techniques, and common pitfalls. What is important to you? Comment below if there is a recruiting topic in particular you would like me to cover!

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QUIZ: Test Your Natural Gas Pipeline Knowledge! 🎓 Which pipeline was the first to implement the full integration of EDI nominations? A. Transcontinental Gas Pipe Line B. El Paso Natural Gas C. Northern Border Pipeline D. Tennessee Gas Pipeline E. Gulfstream Natural Gas System Click below to check your answer https://lnkd.in/gYw4hXHN

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Technology that works, changing the way wells are optimized using logic and Al that allows every well to benefit from proven processes to assure maximum recovery in the safest possible manor.

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I had a great time time being Zachary Bennett's first guest on his Webinar series titled "Know Pressure" (see what he did there? 😉 ) We introduced the key aspects of Compressor Fleet Management, and double-clicked into Monitoring and Optimization, 2 topics that are near and dear to my heart throughout my career! I'd encourage checking the recording out, tuning into the future episodes, and reaching out if you'd like to pick my brain about compressor fleet management best-practices. #compressor #fleetmanagement #recip #screw #naturalgas

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Facing issues like challenging permeability, excessive water production, or complex reservoirs? Unlock your reservoir’s full potential with production enhancement solutions from Baker Hughes. Our proven remediation technologies are designed to transform your production and maximize your reservoir’s performance. ✔️ Enhance fluid flow and recovery rates with Sta-live Extreme™ ✔️ Reduce water production and improve oil extraction with Aquacut™ ✔️ Overcome reservoir complexity with StimVision™ matrix acidizing software In this video, Akshaya Singh and Ahmed Zakaria, PhD discuss these technologies and how they can make a difference. Discover more: https://lnkd.in/gthC4HcN #WeAreBakerHughes #ProductionEnhancement

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Henkel’s CSNRI Composites repair systems derrive from decades of engineering and validation to permantantly repair steel #pipelines. That is what makes them the worlds most trusted composite repair method. This week we are talking with Pipeline Operators about how repairing corrosive pipelines with noncorrosive materials lowers the risk of operation. 💡 #pipelinesafety #pipelineintegrity

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Powerful Vision and Strong Execution 💪

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Another deal, another Deal Spotlight! This time, we cover SLB scooping up ChampionX. Oilfield Service gets smaller coverage from a M&A standpoint, so it was really exciting to bring on Jeff Krimmel to help us break this deal down. It's pretty clear hearing his comments that SLB is making a statement with this purchase: Production Lifespan > Drilling. It's not a big bet, but a signal that there could be some shifting of the tides relative to where future capital could be spent. Jeff also spends the first part giving a great overview of the OFS space, key drivers/metrics of service companies and highlights some of the non-obvious drivers of this deal. Really appreciate Jeff's time and he will no doubt be asked to come back for future deals! Check out the full video posted in the comments!

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With an average of 65% of a resource's value being left in the ground, our teams are actively developing solutions that improve recovery and address this pressing industry issue. Vice President of Integrated Solutions at Baker Hughes, Alex Garcia, was recently interviewed by World Oil to discuss how we work together with our teams and partners to offer holistic, low-risk solutions in four key stages: 1️⃣ Plan 2️⃣ Prepare 3️⃣ Execute 4️⃣ Evaluate In addition to the drilling and completion of wells, we are consistently delivering more solutions for mature assets, which is any asset that has been producing for over 25 year or has produced over half of its reserves, and mature assets is slated to account for at least 80% of production by 2030. Read the full article to see how we successfully work together to execute successful production: https://lnkd.in/gS62fcPW #MatureAssets #Oilfield #OilandGas #WeAreBakerHughes

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Look for, the API - American Petroleum Institute #monogram on your #spoolable #composite #pipe! It's the only fully traceable way to ensure that your getting the real thing! See below to learn more.

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❤️‍🔥Ariel Hydrogen 🔥Compressor Alignment Checks💪🏼🇺🇸💯 JetTech-Making it happen! 🚀 The team at JetTech Mechanical LLC sets the bar high with their #CRS Certified Rotating Specialist expertise. With a focus on #assetmanagement, #maintenance, and #reliability, they ensure your equipment stays top-notch. Why settle for less when you can trust #Betavib and #Vibworks for top-notch performance? Plus, with #EasyLaser and #CTC, it's all about quality and confidence. CTC Made in the USA, backed by a lifetime warranty - that's the #CTC promise! Keep your operations seamless with #Ludeca - because keeping it running is key. #rotakiller #optakiller #keepitrunning 🛠️🔧 #JetTech JetTech Mechanical LLC #CRS Certified Rotating Specialist #Betavib #Vibworks Why Settle For Less #EasyLaser Straight Forward by All Measures #CTC One & Done, Lifetime Warranty Made in The USA-Connect to Confidence #Ludeca Keep it running. #assetmanagement #maintenance #reliability #conditionmonitoring #keepitrunning #rotakiller #optakiller LUDECA, INC. Easy-Laser Matt Hadad, CRL Frank Volk Tanner Sly Josh Borg

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Engineering is where imagination meets precision. It's not just about technical skills; it’s about innovative design and creative problem-solving. 🔧 Engineering Design is the heart of creating solutions that improve our industry. It's the process of dreaming, designing, prototyping, and refining, turning abstract ideas into tangible results. #OSP #Quality #Technology #Value #Engineering #Innovation #DesignThinking

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Understanding End-Winding Support Systems The end-winding support system is a critical component of a generator. It's assembled from multiple components to form a strong structure that supports the stator bars. During operation, this system is subject to large forces and will see movement, requiring a balance of stiffness and flexibility. Over time, the end-winding support system will lose integrity and stiffness, leading to issues such as looseness or broken components.   At The Gund Company (TGC), we understand the importance of a reliable end-winding support system. We work with customers to manufacture and assemble a stator end-winding system to fully support their needs. Whether you require an assembled end-winding system ready for installation onto the stator core or prefer an unassembled kit for on-site assembly, TGC has you covered.   If you have any questions or require a quote, please refer to our datasheet describing the basket's components or reach out to us directly. Trust TGC to provide the support you need for your generator's end-winding system. #TheGundCompany #generator #baskets #reliability #QualityAssurance  

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One recent industry innovation, spearheaded by Ovintiv in the Permian Basin, is to pump into 2, 3 or maybe even 4 wells simultaneously. Simul-, trimul- or quattrofrac’ing (is that a word?) aims to reduce the rate per well, achieving lower wellbore friction, while increasing water and proppant throughput faster than the increase in necessary horsepower to do the job.    In single well frac operations, a lot of energy is “wasted” to overcome friction. While perforation friction may be a necessary evil to encourage better proppant distribution between perforation clusters, and the industry’s near-wellbore friction battle in horizontals has been mostly won with better initiation and perf designs, wellbore friction serves absolutely nothing.    As wellbore friction scales with rate to the power ~1.7ish, the recent evolution toward higher rates has pushed wellbore friction into the 1,000s of psi, where it is now responsible for 1/4 to 1/2 of all surface pressure to overcome. If you distribute that same rate over two wells, wellbore friction is cut to only ~30% of the original wellbore friction in a single well.    I show this benefit in the graph below. Assuming the same rate per perf and cluster, the only pressure component changing is wellbore friction. As overall quattrofrac rate doubles, but rate per well is cut in half, pumping pressures reduce by ~25%. Therefore, only ~1.5x more work is required to deliver a 2x increase in throughout.    Some companies currently experimenting with this are also reducing rate per cluster / perforation or reducing stage intensity. We recommend against cutting these corners - as we have seen in many studies, there are significant production benefits from higher rate intensity, stage intensity, proppant intensity and fluid intensity per lateral foot.    Essentially, frac’ing multiple wells simultaneously is done to deliver downhole throughout more economically. Operators will need to consider how extra iron, pumps, wireline runs, infrastructure and scheduling impact the optimal number of wells to be frac’ed simultaneously.  If the economics are favorable, this is another big step toward higher pumping efficiencies.    #shale #frac #innovation #efficiency #energy #oilgas 

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