Vanmok Leak Detection Technologies’ Post

Learn about the reliable & simplified infrastructure proposed featuring Intrepid Gateways paired with the United Electric Controls Vanguard WirelessHart fixed point detectors.

How does an Ultrasonic Gas Leak Detector (UGLD) work in gas detection for open ventilated areas like offshore or onshore oil and gas facilities? UGLD addresses the challenges of gas dilution and drift by detecting the airborne acoustic ultrasound generated when pressurized gas escapes from a leak. This ultrasound, produced by the leak, swiftly travels through the air at the speed of sound from the source to the detector. One of the key features of UGLD is its non-concentration based detection method. These detectors promptly send a signal to the control systems as soon as a leak is detected, enabling quick response and mitigation of potential risks. #UltrasonicGasLeakDetector #SafetyFirst #GasDetectionTechnology #MSA #weknowwhatsatstake

We are known for quick response even during a public holiday. A chemical producer was facing a critical seal failure on a reactor, losing £8,000 per hour in downtime. With a public holiday and limited spare parts availability, they reached out for help. Despite receiving the call late on a Friday afternoon, our UK team of engineers swiftly designed and built a high-performance reactor seal (SCMS DWB) over the weekend. The seal was delivered within 24 hours and had the plant up and running within 48 hours, saving the company over £1.7 million in potential downtime costs. Exceptional service and rapid response are at the heart of what we do. Contact us to learn how AESSEAL® can support your critical operations. Discover how our Bi-Metal FIDC™ can enhance your operations. 🔗 https://hubs.ly/Q02RFFjz0 📩 aesseal@aesseal.in 📞 +91 2113 233 333 #AESSEAL #mechanicalseals #engineeringsolutions #costsavings #efficency #reliability #SCMS #reactorseal

ZTR - Reliable partner, reliable equipment. Shunt reactors A magnetically controlled shunt reactor (MCSR) is a new type of FACTS devices which starting from the 1990s is widely used for voltage stabilization and reactive power control in transmission and distribution networks and at the level of industrial consumers. Numerous advantages typical of magnetically controlled transformer equipment allow MCSRs to keep the leading position among other compensation devices. Main competitive advantages of MCSRs are a robust design similar to the conventional transformer design, high operational safety, optimal technical and economical characteristics, easy maintenance and significantly lower price.

Reactor vessel head (RVH) nozzle penetrations, bottom mounted nozzle (BMN) instrumentation penetrations, and reactor vessel primary nozzles are susceptible to primary water stress corrosion cracking (PWSCC). Framatome's ultra high pressure cavitation peening process is an innovative surface mitigation solution that is applicable to the key components of the primary system. It prevents PWSCC and provides asset life extension by stopping the degradation process, exceeding requirements. It reduces the risk of emergent repairs and lowers the cost that future repairs or replacements would have generated. Learn more: https://lnkd.in/dAKBVfQ5 #NuclearEnergy #LTO #LTE #Framatome

Integrated short-circuit insulator (SCI) One of the requirements of NFPA 72 is that Class X loops have the redundancy of communication between the detector and the system and are fault tolerant for short circuit, ground fault and open circuit. Autronica products have short-circuit insulators integrated with each device and will ensure that any detector or cable failure does not propagate to the other devices, keeping all other devices communicating properly with the system. Use field devices with integrated short-circuit insulators, you will mitigate that any failures in the loop units or short circuits in the wiring will influence the performance of the system. www.Det-Tronics.com www.Autronicafire.com #AutroGuard #Dettronics, #Autronicafire, #FireandGas, #gasdetection, #firesafety, #gasindustry, #turbines, #oilandgasindustry, #refinery, #offshore, #gasnatural, #oilandgas, #petrobras, #equinor, #pemex, #shell, #ypf, #ecopetrol, #ypfb, #braskem, #flame, #flamedetector

Understanding the collective integrity of the tubes, seals, and barriers that make a well function is crucial to guarantee secure passage for pressurised fluids.   True Integrity diagnostics critically evaluate the condition and sealing performance of well system barriers.   Find out how at https://lnkd.in/d2YiYyHu   #TrueIntegrity #TGT #OilandGas

Low Pump Intake Pressure Cavitation, or as it was known, Power Fluid Cavitation.  This phenomenon can affect your jet pump performance during the late production stage, i.e., when the producing BHP is depleted. The good news is that the LPIP on-set pressure value can be estimated, so power fluid pressure and nozzle/throat combination can be predetermined to mitigate this problem. #productionengineering #petroleumengineering #oilandgas #artificiallift #jetpump #permianbasin #eaglefordbasin #stack #scoop

🚨🔍 New Video Release! 🔍🚨 Take your OGI inspections to the next level with HSM Mode! 🌡️💨 Discover how this advanced feature enhances leak detection at gas processing plants, improving accuracy and safety. 🎥 Watch the video now and revolutionize your inspections! #HSMMode #OGI #LeakDetection #GasProcessing #Safety

Early fault detection saved the day! 🌟 Acoem’s MV-x system detected rising vibrations in a critical petrochemical compressor, triggering a deep dive into its condition. Using NEST i4.0, our team identified unbalance as the root cause and successfully performed a precision field balance. Result? 80%+ reduction in vibration and a compressor ready for action until the next overhaul. 💡 Learn more in the full case study: https://lnkd.in/gEw4B8N8 Christopher E. #CaseStudy #MVX #NESTi40 #conditionmonitoring #vibrationanalysis #acoem