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Curious about Hazloc? A 3-Minute overview, by Universal Analyzers, Your Trusted Sample Conditioning Solutions Provider. #Hazloc #SampleConditioning Several of our products, like the 3000 series gas sample coolers, are certified for Hazloc, Class I Div. 2, Grps A, B, C, D T3c. But what does this mean and why is it important? Hazloc is short for Hazardous Area Location. Industrial facilities such as Refineries, Pulp & Paper, PetroChemical, Chemical, BioGas, and Renewable Natural Gas (RNG) operations require instruments, analyzers and equipment with Hazloc certification due to the potential presence of flammable substances (liquids, gases, vapors, or dusts) in classified areas. Why is Hazloc important? Hazloc certification focuses on preventing explosions or fires by using properly certified equipment and installation procedures. In the US and Canada, these requirements are defined by the National Electric Code (NEC) and Canadian Electric Code (CEC), respectively, and vary based on the specific class and division of the hazard. Designations for area class are dependent on several factors with a primary concern being the likelihood and frequency of the hazard's presence. Area Class Groups The area class is identified by specific Groups, A, B, C & D correlating to Acetylene, Hydrogen, Ethylene and Propane, respectively. While specific gases are called out, they still represent groups of gases with similar ignition properties, for example Group D is propane, gasoline, naptha, benzene, butane, methane, and similar gases. While Group A is the most stringent due to acetylene's high flammability and Group D has decreased risk due to lower ignition sensitivity and explosion severity, it’s not inclusive, and the actual Group choice depends on the specific gases representing the hazard. Temperature Classifications (T Ratings) T Ratings, like T4 or T3, indicate the maximum surface temperature equipment can reach under normal operating conditions. Selecting the correct temperature rating ensures that the device won’t ignite the hazardous atmosphere, even at the hottest ambient conditions specified. Higher T ratings include the safety margins of lower ratings. The Role of NRTLs Compliance with Hazloc requirements is typically achieved by selecting equipment certified by third-party Nationally Recognized Testing Laboratories (NRTLs) recognized by OSHA. NRTLs like FM Global and CSA rigorously test equipment to defined standards, ensuring it meets safety requirements across all specified conditions. Choosing equipment certified by a respected NRTL is preferred over field certification to avoid delays, maximize safety, and limit liabilities. Why Universal Analyzers When selecting your gas sample probe, gas sample transport, or conditioning systems, trust Universal Analyzers to provide equipment that meets and exceeds industry standards. We are your reliable partner in ensuring safety, compliance, and efficiency in hazardous locations.

?? Unlock the Power of Precision with Proserv's Skid-Mounted Chemical Injection Systems! At Proserv, we understand that every operation is unique, which is why our skid-mounted chemical injection systems are designed with flexibility and efficiency in mind. Whether you need a solution for rental, manufacture, or retrofit, our systems offer unparalleled benefits. ?? Versatile Solutions Our skid-mounted units are engineered to meet the diverse needs of your operations, from temporary installations to permanent setups. ?? Time and Cost Efficiency Pre-assembled and fully tested, our systems minimize on-site installation time and reduce overall project costs. Perfect for fast-paced environments where time is of the essence. ?? Seamless Integration Retrofit your existing setup with ease. Our systems are designed to integrate smoothly into your existing infrastructure, ensuring continuity and performance. ?? Reliability and Precision With Proserv, you get robust and reliable equipment that ensures accurate chemical dosing and long-term operational success. ?? Sustainable and Scalable Our systems are not only designed for optimal performance today but also scalable to meet your future needs. Plus, we focus on sustainability to help you meet your environmental goals. ?? Whether you're in oil & gas, energy, or any industry requiring precise chemical injection, Proserv has the solution to keep your operations running smoothly. Reach out to learn more about how our skid-mounted chemical injection systems can transform your operations.? Visit: https://lnkd.in/eDx-SXnk #Proserv #ChemicalInjection #SkidMountedSystems #Efficiency #Innovation #OilAndGas #EnergySolutions #Sustainability #PrecisionEngineering

A preheater is crucial in process industries like oil and gas to optimize efficiency and enhance safety. It raises the temperature of incoming raw materials or fluids before they enter the main processing unit. This serves several purposes: Energy Efficiency: Preheating reduces the energy required for subsequent heating processes, as less heat needs to be supplied to reach the desired temperature. Viscosity Reduction: In oil and gas industries, preheating crude oil or gas reduces viscosity, making it easier to transport and process. This improves flow rates and prevents clogging or damage to pipelines and equipment. Process Optimization: Preheating ensures that materials enter the main processing unit at an ideal temperature, which can improve the effectiveness of subsequent chemical reactions or separation processes. For example, in the oil and gas industry, crude oil is typically preheated before entering the distillation tower in a refinery. This preheating lowers its viscosity, allowing for easier separation into various fractions such as gasoline, diesel, and jet fuel. #processengineer #oilandgas #refinery #distillation

Foam Control in the Oil & Gas Industry: Enhancing Efficiency and Performance https://lnkd.in/gQXms-JA #Rickman #FoamControl #OilandGasDefoamer #Antifoam #Defoamer

Importance of Reboilers: The Heart of Oil Refining? Reboilers are essential components in oil refineries, playing a crucial role in various processes, particularly distillation. They are used to heat a liquid mixture to its boiling point, vaporizing it so that the components can be separated based on their boiling points. Here are some key reasons why reboilers are so important in oil refineries: Distillation: Reboilers are integral to the distillation process, which is used to separate various components of crude oil. By vaporizing the liquid mixture, reboilers allow for the efficient separation of components with different boiling points. Product Purity: The purity of the final products produced in a refinery is highly dependent on the efficiency of the reboilers. Accurate vaporization ensures that the desired components are separated cleanly from the mixture. Energy Efficiency: Well-designed and operated reboilers can significantly improve the energy efficiency of a refinery. By optimizing heat transfer and minimizing energy losses, reboilers can help reduce operating costs. Process Control: Reboilers are critical for maintaining process control in a refinery. By regulating the temperature and vaporization rate, reboilers help ensure that the process operates smoothly and efficiently. Product Yield: The yield of valuable products from a refinery can be influenced by the performance of the reboilers. Efficient vaporization can help maximize product yield and minimize waste. In summary, reboilers are essential for the efficient and effective operation of oil refineries. Their ability to vaporize liquids and facilitate distillation is crucial for producing high-quality products and minimizing energy consumption. #reboiler #oilrefinery #processengineering #chemicalengineering #industrialengineering #manufacturing #energy #sustainability #efficiency #costoptimization #heattransfer #distillation #productquality #processcontrol #productyield #engineering #technology #innovation #viral #share #LinkedIn #LinkedInLearning #LinkedInJobs #LinkedInMarketing #LinkedInSales

Process applications are becoming increasingly complex. In demanding sectors such as chemicals, petrochemicals, the oil and gas industry and hydrogen applications, measuring devices must meet the highest standards. Coatings are crucial here to protect them from aggressive media or harsh environments. What advantages do such coatings offer for measuring instruments in these special areas of application? ?? Find out more in our latest blog article: https://spkl.io/6041fdn1Z! ?? #WIKAGroup #WIKAsmartinsensing #ProcessSafety #PressureTransmitter #Hydrogen

?????? ???????????????? ???????????? #???? ???????????????????? ???? Gas ??????????????????????????, ???????? ?????? ???????? ???? ?????????? ?????????????????????????? ???? ?????? ?????? ???????????????? ?????????????????? The gas fractionator typically consists of the following equipment: ????????????: A vertical cylindrical vessel with internal trays or packing to promote mass transfer. ????????????????: A heat exchanger that provides heat to the bottom of the column. ??????????????????: A heat exchanger that cools the overhead vapors. ???????????????? ????????????????: A vessel to collect the overhead product. ?????????????? ????????????????: A vessel to collect the bottoms product. ??????????: To transfer the feed, overhead, and bottoms products. ?????????????????????????????? ?????? ????????????????: To monitor and control the process variables, such as temperature, pressure, and flow rate. ???????????????????? ?????? ?????????????????????????? ???????????????????? ???? ?????? ????????????????????????: ?????????????????? ????????????????????: The gas fractionator can effectively separate the gas fraction from other components in the feed stream. ????????-?????????? ????????????????: The gas fraction is a valuable feedstock for various downstream processes, such as olefins, gasoline, and petrochemicals production. ??????????????????????: The gas fractionator can be operated at different conditions to produce products with varying properties. ?????????????????????????? ???? ?????? ????????????????????????: ???????? ?????????????? ????????: The construction and installation of a gas fractionator can be expensive. ???????????? ??????????????????????: The process requires significant energy input for cooling. ?????????????????????????? ????????????????: The emission of volatile organic compounds (VOCs) from the fractionator can be a concern. #GasFractionator #CatalyticCrackingUnit #OilRefinery #ChemicalEngineering #ProcessEngineering #Distillation #Hydrocarbons #PetroleumIndustry #Energy #Sustainability #ViralContent #KnowledgeSharing #TechnicalWriting #IndustryInsights #EngineeringTips #Petroleum #ChemicalProcess #RefiningProcess #IndustrialEngineering #TechnicalData #Viral #share #LinkedIn #LinkedInLearning #LinkedInJobs #LinkedInMarketing #LinkedInSales

Model 1221 Distillation Gas Sample Probe by Universal Analyzer The Universal Analyzers Model 1221 Distillation Sample Probe is a unique self-cleaning and temperature stabilized primary sample conditioning system for demanding on-line gas analysis applications.?It is a direct replacement for the Fluid Data Reflux Sampler used for PyGas Sampling. It is designed to solve the key issues that compromise plant performance by improving measurement accuracy and reliability. The 316SS self-cleaning separator is designed to condense and wash heavy components in the sample back into the process along with any deposited solids avoiding the regular ‘plugging’ that occurs with conventional conditioning systems. Maintenance of the probe is further simplified, as once isolated from the main-line, the separator can be removed without the need to remove the entire probe. The sample probe uses a multiple-stage cooling design which is made entirely of 316SS. This provides efficient removal of entrained liquids due to its high surface area and thermal efficiency resulting from the unique cooling transfer design utilizing proprietary TraceBoost? technology. The high-performance probe design is ideal for use in applications such as ethylene furnaces, FCCUs and coke ovens. The dual vortex cooling system (feed-forward and feed-back control with the electronic control); ensures high-accuracy analyzer performance and protection against liquid carry-over, minimizing the effects of changes in ambient or process temperature. The unique vortex cooling design simultaneously cools the sample and removes particulates, water, and high boiling-point compounds. The electronic controller includes self-diagnostics with local and remote monitoring and displays, configurable fail-safe alarms, and DCS integration, eliminating the need for regular scheduled inspections. Applications - Decoke operations - Fluidized Catalytic Cracking Units (FCCU) - Ethylene Cracking Furnaces - Syngas - PyGas Sampling Typical Installations - Decoke headers - Hot, wet or dirty process gases - Pyrolysis gases - Heavy particulate removal - Fine carbon removal Features: - Accurate Temperature outlet gas temperature control (± 1F) with the optional Electronic Controller (EC) - Dual Pneumatic Controllers available - Prevents liquid carryover - Remote monitoring - Self-cleaning separator - Reduced maintenance - Removable one piece 316SS separator - Automatic sampler shut-down on high inlet temperature or high outlet temperature with optional EC - High “R” Factor Cooling Chamber - Probe can be sized to supply 1-5 LPM of Sample - Suitable for Hazardous Areas For further information, please contact [email protected]. Thanks.

?? The important role of antifoam agents in oil-gas separation?? In the oil and gas industry, efficiency isn’t just a goal—it’s a necessity. Every step of the process needs to run like clockwork, and that’s where antifoam agents make a world of difference. ????? Foam can be a significant challenge in both oil-gas separation and amine treating. Left unchecked, foam can lead to operational inefficiencies, reduced throughput, and even equipment damage. This is where antifoam agents come in as the unsung heroes. ??♂? ?? Oil-Gas Separation: In the separation process, the presence of foam can disrupt the smooth extraction of oil and gas. Antifoam agents quickly break down the foam, ensuring that the separation process remains efficient and uninterrupted. This not only boosts productivity but also enhances the overall safety of operations. ?? ?? Amine Treating: Amine treating is essential for removing acidic components from natural gas. However, foam can significantly hinder this process, leading to inefficiencies and potential system failures. By incorporating the right antifoam agents, you can maintain the integrity of the treating process, ensuring that gas is purified to the highest standards. ????? Why does this matter? ???? In an industry where every second counts, the ability to control foam effectively translates into substantial cost savings, increased productivity, and reduced downtime. Antifoam agents are more than just a chemical additive—they are a critical component of modern oil and gas operations. ?? Investing in the right antifoam solution means you’re investing in the long-term success and sustainability of your operations. ?? For Trade enquiries, Please contact us at+971 50 224 0108 and +91 98105 56899 #OilAndGas #AntifoamAgents #Efficiency #OilGasSeparation #AmineTreating #IndustrialChemicals #Innovation #EnergyIndustry

Six months into the alliance between pumping giants SPP and Rodelta, it’s encouraging to see the oil, gas and offshore media recognise the benefits of our API compliant pumps for severe duty, safety critical applications. In Oil & Gas News and Hydrocarbon Engineering, SPP-Rodelta’s process & chemical solutions expert, Robbie Graham, explains how?the API 610 standard is a watchword for safe pumping operations in the petroleum, petrochemical and natural gas industries – where any spark could be catastrophic. ·??????https://lnkd.in/dVxUkCMs ·??????https://lnkd.in/eN4aCqS6 SPP-Rodelta’s range of API 610 overhung (‘OH’) pumps are used in a wide range of applications, both offshore and onshore. These include crude oil export, process transfer, cooling water and booster pump applications – as well as more specific onshore applications like flare KOD pumps, reflux and oil recovery pumps. In addition to?traditional ‘OH2’ centreline pumps, SPP-Rodelta’s API portfolio includes close coupled inline ‘OH5’ pumps. These provide improved energy efficiency, reduced weights and smaller footprints; with more user-friendly installation and maintenance than conventional alternatives. If you want to benefit from these advantages, or you just need guidance on pump selection,?come and talk to Robbie and our partners from @Fuglesangs on stand 5100, hall 5 at Offshore North Sea,?26-29 August, Stavanger. https://lnkd.in/e9pEjcSE https://lnkd.in/e6AWejPQ #spppumps?#rodelta_pumps?#fuglesangs #engineering?#manufacturing?#pumps?#sustainability?#energy?#oilandgas?#petrochemicals?#API610?#biofuels?#hydrogen?#carboncapture