Seychelles Meteorological Authority’s Post

Electromagnetic heating EOR This is an enhanced oil recovery (EOR) technique that uses electromagnetic waves to heat the reservoir and reduce the viscosity of the oil, making it easier to extract. This method is particularly effective in heavy oil and bitumen reservoirs, where the oil is highly viscous and traditional recovery methods are less efficient. How electromagnetic heating works: 👉Electromagnetic Waves: Electromagnetic heating involves the generation and propagation of electromagnetic waves, typically in the radiofrequency (RF) or microwave frequency range. These waves are directed into the reservoir using specialized antennas or transmission lines. 👉Reservoir Heating: When electromagnetic waves penetrate the reservoir, they interact with the hydrocarbons in the reservoir rock. The electromagnetic energy is converted into heat through dielectric heating, causing the temperature of the reservoir to increase. 👉Viscosity Reduction: The heat generated by electromagnetic heating reduces the viscosity of the oil in the reservoir. As the oil becomes less viscous, it flows more easily through the pore spaces in the reservoir rock, allowing it to be produced more efficiently. 👉Improved Recovery: Electromagnetic heating can significantly increase oil recovery rates by: - Enhancing oil mobility: The reduced viscosity of the oil improves its mobility and flow properties, allowing it to be displaced more effectively towards production wells. - Expanding drainage area: Electromagnetic heating can create a thermal front that expands the drainage area around the production wells, increasing the volume of oil that can be recovered. 👉Surface and Downhole Systems: Electromagnetic heating systems can be installed either at the surface (surface heating) or downhole (downhole heating). Surface heating systems typically use antennas or transmission lines placed on the surface to radiate electromagnetic waves into the reservoir, while downhole heating systems use heating elements installed in the wellbore to generate heat directly in the reservoir. Challenges of Electromagnetic Heating 👉Reservoir Compatibility: Electromagnetic heating may not be suitable for all reservoir types, and careful reservoir characterization is needed to assess its feasibility and effectiveness. 👉Equipment Complexity: Electromagnetic heating systems require specialized equipment and infrastructure, which can be complex and costly to install and operate. 👉Regulatory Considerations: Electromagnetic heating operations may be subject to regulatory oversight and permitting requirements, particularly regarding electromagnetic interference and environmental impact. Electromagnetic heating is a promising EOR technique that offers potential benefits for increasing oil recovery rates from heavy oil and bitumen reservoirs. #oilandgasindustry #reservoirengineering #eclipse #petrel #software #installation #well #eor

#AlternatingCurrentInterference ⚡️ In recent weeks, our journey into the realm of #CathodicProtection and #StrayCurrentInterference has been enlightening. Most discussions have revolved around #DirectCurrent, a key player in cathodic protection. Today, let's delve into AC interference. I've shared a brief video that captures field assessments using longitudinal electric field measurements. These assessments were conducted under several 400 kV powerlines in southern Kuwait. 🎥 This video is just a glimpse into the myriad of field activities that contribute to crafting an accurate GIS-enabled spatial model. The model encompasses: #HVACPowerlines: Their tower geometry, orientation, and location. #Pipelines: Those situated near or beneath the powerlines. #SoilResistivity: Understanding the different soil layers. #CoatingSystem: Identifying the type used on the pipeline. Nearby #CathodicProtectionSystems. Our comprehensive approach ensures we capture all features of the powerlines, pipelines, start and end manifolds, electrical isolation, cross bonds to other pipelines, existing AC mitigation installations, and more. 📊 It's crucial to understand that skimping on field data can lead to assumptions, which can then foster confirmation bias in the AC interference assessment and software modelling process. 🚫 Stay tuned as we explore this topic further over the next few weeks. Navigating the intricate landscape of AC interference - from investigation to mitigation - can be daunting. If you need guidance or assistance, please connect with us [https://t.ly/kIPO3] 🤝 #️⃣ #CathodicProtection #ACInterference #WaveFormAnalysis #Coatings #Metals #Metallurgy #HVDC #PipelineIntegrity #Pipeline #Pipelines #OilAndGas #Oil #Gas #Corrosion #SoilResistivity #StrayCurrent

Supervising Electrical resistivity Survey Electrical Resistivity Survey (ERS) is a technique which is applied to investigate the potential of fresh ground water in an aquifer. #ERS #Civilengineering

Incidents at Extra High voltages are disastrous. That's why post installation, they require exhaustive testing. The below picture shows one of these test post gas fill up in the GIS. Do comment what you think is the purpose of this activity and if you have experienced this at work #GIS #Installation

𝐍𝐞𝐰𝐬 𝐚𝐥𝐞𝐫𝐭 📢 | 𝐃𝐢𝐬𝐜𝐨𝐧𝐭𝐢𝐧𝐮𝐞𝐝: 𝐎𝐌𝐂-𝟏𝟑𝟖/𝟏𝟑𝟗 𝐰𝐢𝐧𝐝 𝐝𝐢𝐬𝐩𝐥𝐚𝐲𝐬 In addition to measuring equipment, data loggers and software, the Observator Instruments range includes display instruments, among others the OMC-138 and OMC-139. These wind displays have been installed on many seagoing vessels, offshore supply vessels, bridges and airports. However, after many years of service and despite the success, it has been decided to discontinue the production of the OMC-138 and OMC-139. Read more: https://lnkd.in/e7gadbMM #displays #display #beeldscherm #meteo #meteorology #meteorological #WeatherConditions #marine #maritime #maritiem #windspeed #winddirection #windrichting #windsnelheid #windstoten #windgusts #temperatuur #luchtvochtigheid #luchtdruk #zicht #wolken #temperature #humidity #barometricpressure #visibility #cloudbase #signalconverter #signaalomvormer #GPS #gyro #speedlogindicator #echosounder #datalogger #logboek #dieptemeter

Generators have diverse applications, including providing backup power in residential and commercial settings during outages, supporting construction and industrial activities where grid power is unavailable, and serving as a primary power source in remote locations such as off-grid cabins, RVs, and marine vessels. They are also essential for powering critical infrastructure, such as hospitals and data centers, ensuring continuous operation during emergencies and grid disruptions. Additionally, generators play a vital role in supporting outdoor events, recreational activities, and disaster relief efforts, providing reliable electricity in various temporary and off-grid scenarios. #electricalengineering #engineering #electrical #mechanicalengineering

🔌💡 Struggling with electrical inspections? Discover how advanced GIS technology can revolutionize your utility management. 🌐🛠️ Boost operational efficiency, reduce costs, and make data-driven decisions like never before. 📊🎯 https://bit.ly/3sZcIGt #ElectricalInspections #GIS #UtilityManagement #OperationalEfficiency 🌟

🌊 Subsea Electrical Power and Communications Systems Conference It’s the final week to submit an abstract for Global Underwater Hub’s Subsea Electrical Power and Communications Systems Conference, which will be held in Bristol on Wednesday, 26 June, and also benefit from the early bird booking discount. With the reliability and security of subsea cables having been highlighted in recent years due to failures and concerns around potential attacks, this one-day event will focus on the systems, reliability, inspection and protection of these underwater assets. ➡ Abstracts for the conference can be submitted until Friday, 31 May, and papers are invited on: ◼ Subsea Power Systems and the Seabed Battery storage and charging solutions; tidal energy technology; leases and sharing real-estate; subsea power grid architecture and components; and location of data centres in subsea environments. ◼ Cable Protection and Reliability Environmental and dynamic considerations; water trees in HV marine cables; approaches to cable protection; MV and HV cable monitoring; failures of modes and case studies; inspection and monitoring; and smart systems to mitigate the threat to critical undersea infrastructure. ◼ Submarine Cables Grid to gird interconnectors; OSW static, inter-array and export cables; FLOW – dynamic inter-array cables; and telecommunications cables. With an increasing number of assets and partners, the underwater space is becoming more complex and crowded, creating competition for space on the seabed and in any one water column. The conference will bring together stakeholders and subject matter experts to discuss the challenges, share lessons learnt and present advances in technology and seabed asset management. 🎟 An early bird booking discount is available on tickets purchased before Friday, 31 May. 💻 To view the full call for abstracts and book tickets for the conference, visit https://lnkd.in/e4gBXPER #GlobalUnderwaterHub #GUHEvents #Bristolevents #callforspeakers #subseaelectricalpower #cableprotection #subsmarinecables #subseapower

Sunday FUNDAY - *Understanding Power Fluctuations: Impact and Solutions* Like ❤️ comments ✍️ save 💡 share 💥 Power fluctuations, also known as voltage fluctuations, refer to variations in the electrical power supply's voltage levels. These can be caused by various factors such as sudden changes in load, electrical faults, or issues within the power distribution network. *Impact of Power Fluctuations* 1. *Equipment Damage*: Fluctuations can cause severe damage to sensitive electronic devices, shortening their lifespan or causing immediate failures. 2. *Operational Disruptions*: In industries, power fluctuations can halt production lines, leading to significant financial losses. 3. *Data Loss*: For businesses relying on IT infrastructure, power fluctuations can result in data corruption or loss. 4. *Reduced Efficiency*: Constant voltage variations can reduce the efficiency of electrical systems, increasing energy consumption and operational costs. *Practical Solutions to Mitigate Power Fluctuations* 1. *Uninterruptible Power Supply (UPS)*: Installing a UPS provides immediate backup power, ensuring a stable supply during fluctuations. 2. *Voltage Regulators*: These devices maintain a constant voltage level, protecting equipment from variations. 3. *Surge Protectors*: Surge protectors guard against sudden spikes in voltage, preventing damage to electronics. 4. *Power Conditioners*: These devices improve power quality by filtering noise and stabilizing voltage levels. 5. *Regular Maintenance*: Ensuring the electrical infrastructure is well-maintained can prevent many issues that cause power fluctuations. By understanding power fluctuations and implementing these solutions, both individuals and businesses can safeguard their electrical systems, ensuring reliability and efficiency. For more insights on power quality and how to protect your devices, consult with an experienced electrical consultant. Follow @ohmengineeringworks All Rights Reserved to @ohmengineeringworks #electricalwire #electricaljobs #electricalrepair #electricalparadedreamlights #electricalproject #electricaltechnology #electrical_phenomenon #electrical_engineer #electricalmaintenance #electricaltesting #electricalshop #electricalengg #electricalinstallations #electricalconstruction #earthing #electricalinstallation #electricalapprentice #electricalpanel #electricalengineeringstudent #electricalstorm #electricaltools #insulators #electricalfails #electricaltips #electricals #electricalporn #karthikeyansj #ohmengineeringworks

Sunday FUNDAY - *Understanding Power Fluctuations: Impact and Solutions* Like ❤️ comments ✍️ save 💡 share 💥 Power fluctuations, also known as voltage fluctuations, refer to variations in the electrical power supply's voltage levels. These can be caused by various factors such as sudden changes in load, electrical faults, or issues within the power distribution network. *Impact of Power Fluctuations* 1. *Equipment Damage*: Fluctuations can cause severe damage to sensitive electronic devices, shortening their lifespan or causing immediate failures. 2. *Operational Disruptions*: In industries, power fluctuations can halt production lines, leading to significant financial losses. 3. *Data Loss*: For businesses relying on IT infrastructure, power fluctuations can result in data corruption or loss. 4. *Reduced Efficiency*: Constant voltage variations can reduce the efficiency of electrical systems, increasing energy consumption and operational costs. *Practical Solutions to Mitigate Power Fluctuations* 1. *Uninterruptible Power Supply (UPS)*: Installing a UPS provides immediate backup power, ensuring a stable supply during fluctuations. 2. *Voltage Regulators*: These devices maintain a constant voltage level, protecting equipment from variations. 3. *Surge Protectors*: Surge protectors guard against sudden spikes in voltage, preventing damage to electronics. 4. *Power Conditioners*: These devices improve power quality by filtering noise and stabilizing voltage levels. 5. *Regular Maintenance*: Ensuring the electrical infrastructure is well-maintained can prevent many issues that cause power fluctuations. By understanding power fluctuations and implementing these solutions, both individuals and businesses can safeguard their electrical systems, ensuring reliability and efficiency. For more insights on power quality and how to protect your devices, consult with an experienced electrical consultant. Follow @ohmengineeringworks All Rights Reserved to @ohmengineeringworks #electricalwire #electricaljobs #electricalrepair #electricalparadedreamlights #electricalproject #electricaltechnology #electrical_phenomenon #electrical_engineer #electricalmaintenance #electricaltesting #electricalshop #electricalengg #electricalinstallations #electricalconstruction #earthing #electricalinstallation #electricalapprentice #electricalpanel #electricalengineeringstudent #electricalstorm #electricaltools #insulators #electricalfails #electricaltips #electricals #electricalporn #karthikeyansj #ohmengineeringworks