TechConnect的动态

In oil exploration and drilling, how to choose the right sensor? #sensor #drillingfield #pressuresenor #oil #gas 1.?Measurement requirements: specify the physical quantities that need to be measured, such as pressure ,temperature,flow,drift and the measurement range and accuracy requirements. 2.?Work environment: assess downhole temperature,pressure,corrosive media,vibration and other conditions to choose sensors that can work stably in these harsh environment. 3.?Reliability and durability: give priority to sensor brands and models with good public praise and long time stable operation record to reduce the frequency of failures and maintenance. 4.?Accuracy and resolution: according to the data accuracy requirements of exploration and drilling to choose sensors that can provide enough accuracy and resolution. 5.?Response time: for applications that require fast feedback and real-time control to choose sensors that can respond quickly. 6.?Installation and dimension:ensure the installation and dimension to match the drilling equipments and exploration tools for easy installation and maintenance. 7.?Communication interface: the sensor should have a communication interface compatible with the existing data acquisition system and control system to achieve effective data transmission and integration. 8.?Power requirements: consider the underground power supply conditions,choose the sensor with suitable power consumption to avoid power shortage affecting its normal operation. 9.?Cost effectiveness: consider the price ,performance and expected service life of the sensor, choose the cost-effective products. 10.Technical and after-sales service: suppliers can provide timely technical support and good after-sales service to ensure the problems encountered in the process of use can be effectively solved. More industry knowledge please click here ?? https://www.sangastech.com/ Email: [email protected]

????We strictly adhere to the maintenance schedule for our facilities. During the design and construction phase of the Amur Gas Processing Plant, our team made a strategic decision to acquire a vacuum machine for unloading adsorbents and catalysts. This video showcases the preparation process for replacing activated carbon in one of the technological blocks of the helium production unit. A simple and timely decision to purchase a vacuum machine several years ago now allows us to: 1. Improve and secure the working conditions of our employees. 2. Accelerate the reloading process by 6 - 8 times, reducing equipment downtime. 3. Ensure the superb cleanliness of the vessel before loading new material. Timely and correct planning of business activities in action???? #GasProcessing #HeliumProduction #SafetyFirst #Innovation #EngineeringExcellence #OperationalEfficiency #ProcessSafety #Teamwork #SustainableOperations #TechnologyInAction #helium #lng #gas #Russia

Key Insights: - Global magnetic flux leakage testing instrument market expected to grow at CAGR of 5.2% from 2024 to 2032, reaching $95 million - Main market manufacturers: Parker Research (US), Karl Deutsch (DE), Beijing North Star Technology (CN), Schweitzer Engineering Laboratories - Growth driven by increasing demand for non-destructive testing in industries like power generation, oil and gas, and aerospace - Market expansion due to need for efficient and reliable testing methods, technological advancements, and increasing awareness of importance of non-destructive testing in ensuring safety and quality #NonDestructiveTesting #EngineeringIndustry #MarketTrends

Most people expect to see us in the latest Medical tech and cutting edge measurement systems. However, did you know our products are also trusted in the Oil and Gas sector? The article below gives an insight into why our precision positioning tables are in demand across a wide variety of industries. IKO Nippon Thompson (UK - Ireland) #positioning #automation #linearmotion #IKO_Nippon_Thompson

Sinergia has developed a new N2 PSA design units suitable for continuous operation (????/???? ??/?? – ??????/?????? ????/??), in high ambient temperatures up to 55°C for upstream applications. Checking the lifetime of the N2 PSA Generator installed in the oilfield for producing high pressure Nitrogen, we found the best example to prove how the ratio between reliability and efficiency is granted during the operating period. ?????????? ?????? ???????? ???? ???????????????? ?????? ?????? ???????????????????????? ？ ???????? ?????? ???????????? “???????? ????????” ?????????????? ???? https://lnkd.in/d_s4-Y6Z #WeAreSinergia

Transformer Moniroing MTE offers a broad range of products and solutions for the online gas-in-oil monitoring of transformers (online DGA). With its individual and modular system components MTE provides the optimal customer oriented solution for utilities, industries and transformer manufacturers. Analysis of the gases dissolved in power transformer oil is recognized as the most useful tool for early detection and diagnosis of incipient faults in transformers. The cost effectiveness of online dissolved gas analysis (DGA) and control systems are gaining importance worldwide. Drallim have partnered MTE for many years supplying and supporting this equipment and are continuing to see growth for these products. From the 1001+, 1003 model for early warning, the 1005, 1008 and 1009 with off shore options for intensive care, not forgetting the 1004, 10006 and 1011genX intelligent series with portable options. [email protected] for more information or assistance. #drallim #mte #transformers #highvoltage #DGA #analysis #nationalgrid #communication #intelligence #monitoring #powerstation

Why We Use 4-20mA Signals Instead of 0-20mA In instrumentation, we often use the 4-20mA current loop to send signals. But why do we choose 4-20mA instead of 0-20mA? The KEY REASON is that 4-20mA helps us know if everything is working properly. The 4mA level shows that the system is active, even when the measurement is at its lowest. If we used 0-20mA, a signal of 0mA COULD MEAN two things: either there’s no measurement or there’s a problem with the system. This can be confusing and could lead to mistakes. Using 4-20mA also helps reduce interference from electrical noise, making our measurements more accurate. It allows us to detect small changes in the process, which is important in many industries. In simple terms, the 4-20mA signal is more reliable and safer for monitoring and controlling processes. Did you know this? Well, you will hard get these in books. Share your thoughts with me. #Instrumentation #signals #automation #analog #engineering #oilandgas #mining

Great day for all !!, wishing the best in your life !! .. now, talking about turbomachinery, we can say about structural resonance in turbomachinery, such as compressors, gas turbines, and steam turbines, represents a critical challenge that can adversely affect the performance and lifespan of these machines. Resonance occurs when a component’s natural frequency matches the operational vibration frequencies, amplifying oscillations and potentially causing significant or catastrophic structural damage. To anticipate and mitigate these effects, it is essential to conduct a thorough analysis (including mathematic models and simulations) during the design, selection, and reviewed during the installation phases, considering both structural stiffness and potential resonance points. Additionally, continuous monitoring and predictive maintenance allow for the identification of resonance patterns throughout the equipment’s lifecycle, enabling early intervention. In industries such as oil, gas, petrochemicals, and power generation, where turbomachinery is essential, effectively managing structural resonance contributes to improved performance, reliability, safety and productivity of industrial processes globally. See more details in my website https://lnkd.in/gnr3utfU, check it below ....

Do you know that we recently completed the largest well instrumentation project of its kind in North America? Featuring multiple GEOQ Quartzdyne gauges in every well alongside Silixa - Oil and Gas Unconventionals DTS, DAS, & DSS fiber optics, this entire pad has been instrumented on the back-side of the casing to provide unprecedented insights into the performance and characteristics of this complex reservoir in northeast British Columbia! Across all 7 wells, our team successfully landed nearly 40 gauges and thousands of meters of fiber optics. These systems are delivering highly valuable real-time data both during the frac, and now during production for the life of the well! Through strategic planning and careful execution, we were able to design a system which delivers the critical data our customer needs and survived being deployed on the outside of casing in highly deviated wells which were then perforated!! This feat is not only something we are very proud of! But it also marks a significant point in our industry as this science pad will provide data which will transform the development of resources not only in the Montney and Duvernay, but in similar complex reservoirs around the world. And it is already setting a new precedent for utilizing real-time instrumentation to make data-driven decisions in this new era of oil and gas production. Click below to read the official press release marking the commencement of this project ?? https://lnkd.in/gwchJrf9 hashtag #GEOPSI hashtag #DownholeGauges hashtag #ReliabilityJob1 hashtag #MontneyReservoir hashtag #Downholemonitoring hashtag #RealTimeMonitoring hashtag #RealTimeData hashtag #OilGas hashtag #ReservoirEngineering hashtag #ProductionEngineering hashtag #CanadianEnergy

In an exciting turn for the energy sector, a independent UK company has unveiled a remarkable achievement, with production from its portfolio soaring beyond 50,000 barrels of oil equivalent per day. This production milestone follows productive drilling operations at a new field in the North Sea, where the buzz of activity is palpable. To ensure accuracy and reliability in measuring this promising output, OGS is utilizing state-of-the-art DFX (32-beam Ultrasonic) meters. These instruments are instrumental not just for monitoring quantities, but for providing insights that could shape future operations in this resource-rich region.