The Role of Loading Arms in Port and Energy Operations

SEALING TECHNOLOGY⭕: John Crane is supplying six Type 28XP Dry Gas Seals for use in centrifugal compressors at a new CO₂ compression facility located in North Wales. The carbon capture and storage (CCS) facility will serve as a critical enabler of the UK’s energy transition, acting as a central hub for CO₂ transportation and storage under the seabed in depleted offshore fields. The compressors are a key part of the infrastructure required to transport and permanently store carbon dioxide captured from industrial plants across the North West of England and North Wales. “This project reinforces John Crane’s commitment to advancing the energy transition through reliable engineering,” said Philippe LAMBERT, vice president, Sales and Aftermarket at John Crane. “We’re honoured to support this landmark development with our proven sealing technologies, helping to accelerate industrial decarbonisation in the UK and beyond.” 👉 Read more here: https://lnkd.in/egeumWxW #sealingtechnology #compressors #carboncapturestorage

🔹 Electrical Submersible Pump (ESP) – Artificial Lift Excellence 🔹 Electrical Submersible Pumps remain one of the most efficient artificial lift technologies for maximizing well performance. With the capability to handle high production volumes and operate reliably in challenging environments, ESP systems are a proven solution for extending field life and improving recovery. Key advantages include: ✅ High production capacity across a wide operating range ✅ Adaptability to challenging reservoir conditions ✅ Reduced downtime through advanced monitoring and automation ✅ Enhanced cost efficiency and long-term reliability In a competitive energy landscape, the ability to optimize artificial lift performance is critical. ESP technology not only ensures consistent production but also supports operators in achieving sustainable, safe, and cost-effective operations. #ArtificialLift #ESP #OilAndGas #ProductionOptimization #EnergyEfficiency

🚨 Project Spotlight: Explosion-Proof Lighting for a Petrochemical Plant In a challenging hazardous environment classified as Zone 1 (Gas) and Zone 21 (Dust), we delivered a lighting solution that ensures both safety and efficiency. 🔹 Application: A petrochemical plant with flammable gases like methane and hydrogen, plus combustible dust. 🔹 Solution: Explosion-proof lamps with: ✔ ATEX Compliance to meet regulatory standards. ✔ Robust Design to withstand corrosive conditions and impacts. ✔ LED Technology for energy savings and extended lifespan. 🔹 Results: Enhanced visibility, improved safety, and reduced operational costs. This project highlights our commitment to creating secure, efficient lighting in high-risk environments. Need a solution tailored to your hazardous environment? Let's collaborate! #ProjectSpotlight #ExplosionProofLighting #PetrochemicalSafety #ATEXCompliance #IndustrialSolutions #LightingInnovation

Power failures in hazardous environments can cost more than downtime—they risk safety. Oil and gas facilities operate in explosive conditions where even a minor power disruption can lead to catastrophic consequences. Traditional UPS systems aren’t designed for these environments. The solution? Explosion-proof rugged UPS technology, like IntelliShield, built to: ✅ Deliver uninterrupted power in hazardous zones ✅ Meet strict safety and compliance standards ✅ Ensure operational continuity in the harshest conditions Our latest whitepaper reveals how these solutions keep critical systems powered without compromise. 📥 Download now and safeguard your operations with proven power reliability: https://ow.ly/teWw50WLQP9 #OilAndGas #ExplosionProof #RuggedUPS #EnergySolutions #RuggedUPS #OilRefinery #AMETEK #IntelliPower

To ensure optimal system efficiency and reduce operating costs, always reevaluate system piping when replacing boilers and other equipment in retrofit projects. Learn more: https://ow.ly/USqO50WPxOS #AERCO #TechTipTuesday #SystemPiping

🚀 Introducing the ADDHEAT® Cable Guide By-pass Joint - Engineering Excellence Redefined When precision meets innovation, you get game-changing technology. Our new Cable Guide By-pass Joint represents a breakthrough in wellbore heating systems, delivering unmatched performance where it matters most. Key Specifications: ✅ Ø88mm Outside Diameter - optimized for standard completions ✅ 1 bypass tool per 3 joints configuration - efficient deployment strategy This isn't just another component - it's the missing link that enables seamless cable routing while maintaining thermal integrity throughout your wellbore heating system. Why this matters: Proper cable management is critical for system reliability. Our by-pass joint eliminates cable damage risks while ensuring continuous heat transfer where you need it most. Ready to eliminate costly interventions and maximize your heating system performance? #OilAndGas #WellboreHeating #ThermalRecovery #Innovation #ADDHEAT #ProductionOptimization #EnergyTechnology #ANDMIR

🔧 Understanding High Exhaust Temperature Spread in GE Frame 9E Gas Turbines 🔥 High exhaust temperature spread is a critical indicator of combustors' health in Gas Turbines. In the GE Frame 9E, which I’ve worked on, 24 thermocouples are configured, and the control system calculates three spread values: S1 = Highest – Lowest thermocouple reading S2 = Highest – 2nd Lowest S3 = Highest – 3rd Lowest These are compared against an Allowable Spread, calculated using average exhaust and compressor discharge temperatures. 🚨 Why It Matters: A high spread signals uneven fuel or air distribution, typically caused by mechanical issues. Left unresolved, it can reduce the life of Hot Gas Path components and cause forced shutdowns. 🔍 Common Root Causes: - Fuel loop issues: Plugged or eroded nozzles swirl tips, faulty check/purge valves, or flow divider erosion - Air loop issues: Low atomizing air pressure (ratio < 1.34) or moisture ingress - Combustion hardware problem: Cracked liners, damaged transition pieces, or worn hula/floating seals - Instrumentation errors: Faulty or intermittent thermocouples producing false spread readings - Installation issues: Misassembled fuel nozzles or thermocouples not seated properly 🛠 Quick Troubleshooting Tips: - Vary the load: A true spread will shift with load due to swirl effects; fixed positions may indicate instrumentation faults - Identify hot/cold spot combustion cans - Check if spread is sudden or persistent ⚙️ Cold Spot (Less Fuel / Excess Air): - Blockage in fuel passages due to debris or plugging in gas/liquid fuel nozzles - Coking in fuel nozzles or check valves - Damaged or leaking crossfire tubes - Transition piece or seal (hulla /floating) damage - Fuel bypassing the nozzle due to oil purge check valves leaking - Fuel purge drain valve passing ⚙️ Hot Spot (Excess Fuel / Less Air): - Overfueling due to nozzle erosion or loose tips - Blocked liner holes - Flow divider malfunction 📌 Final Note: Not every spread indicates trouble. A unit running with a stable, slightly higher spread from startup may still be healthy. However, a sudden jump or gradual increase should be investigated promptly. 🔗 Have you experienced exhaust spread issues in your plant? Let's connect and discuss how you tackled them. #GEMaintenance #Frame9E #GasTurbine #CombustionHealth #ExhaustSpread #PowerGeneration #RotatingEquipment #Turbomachinery #MaintenanceReliability #EnergyIndustry

🌍 When Machines Speak, Do We Listen? In every power plant, construction site, or manufacturing facility, there’s an invisible heartbeat — the lifeblood of your equipment: oil. It silently carries clues about the health of your machinery. Clues that could prevent: ⚠️ Costly downtime ⚠️ Unplanned maintenance ⚠️ Safety risks Yet most operations discover problems after they happen. What if that changed? What if your machines could tell you their condition in real time — before a failure occurs? What would that mean for efficiency, safety, and cost control in your operation? Real-time monitoring systems are no longer optional — they are becoming the foundation of smarter, more reliable operations across the globe. 🔍 It’s time to start listening to your machines. #IndustrialInnovation #ConditionMonitoring #PredictiveMaintenance #SmartOperations #MachineHealth #IndustrialSafety #OilConditionMonitoring #RealTimeInsights #QatarIndustry #QatarOilAndGas #QatarEnergy #QatarConstruction #QatarManufacturing #GCCIndustry #MENAEngineering #MiddleEastIndustry

Real-time oil monitoring is undeniably powerful, but is it feasible for all industries? There are significant costs involved in implementing such systems initially, especially for smaller operations. However, the potential long-term savings could outweigh these. I wonder if there's a middle ground, perhaps starting with critical equipment before full-scale adoption. Thoughts on balancing investment and potential savings? #ConditionMonitoring #CostEfficiency