H2scan Corporation has introduced the intrinsically safe Gen 5 Hydrogen Analyzer Series, featuring self-calibrating, solid-state sensors for hazardous location applications. Analytical instrument OEMs and end users measuring #hydrogen concentration can use the IS Gen 5 to improve hydrogen process #efficiency and ensure more reliable systems for the #safety of their staff and assets. At the core of the IS Gen 5 is H2scan’s proprietary, robust solid-state analyzer that self-calibrates to maintain long-term accuracy for 10 years. This innovation eliminates hydrogen-related maintenance requirements and associated operating costs compared to traditional hydrogen analyzer systems that often require periodic maintenance, reference gases or replacement. The IS Gen 5 safety products are designed to address a broad range of #applications, including hydrogen production and distribution (e.g., #electrolyzers, hydrogen and natural #gasblending, #pipeline leak detection); hydrogen facility and #energy #storage area safety monitoring; and #fuelcell #mobility applications.
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H2scan Corporation, introduces the intrinsically safe (IS) Gen 5 Hydrogen Analyzer Series, a family of self-calibrating, solid-state sensors designed for hazardous location applications. For the first time, H2scan’s proven Gen 5 self-calibration technology, which ensures long-term accuracy and maintenance-free operation, is incorporated into a robust analyzer ideal for process, safety and the rapidly growing hydrogen economy applications. Analytical instrument OEMs and end users who need to measure hydrogen concentration can leverage the benefits of the IS Gen 5 to improve hydrogen process efficiency and provide higher reliability systems to ensure the safety of their staff and assets. At the core of the IS Gen 5 is H2scan’s proprietary, robust solid-state analyzer that self-calibrates to maintain long-term accuracy for 10 years. This innovation eliminates hydrogen-related maintenance requirements and associated operating costs compared to traditional hydrogen analyzer systems that often require periodic maintenance, reference gases or replacement. The IS Gen 5 analyzer offers: * No false alarms from cross-sensitivity to other gases * Low total cost of ownership * Zero manual calibration requirements * Zero maintenance * Zero consumables like calibration gases * Zero sensor replacements with up to 10 year operational lifespan * 100% continuous monitoring * Daisy-chaining capability * Multiple interface standards and alarm outputs * Ideal for leak detection in areas with space constraints #HattiTeknik #H2Scan #Gen5 #HydrogenAnalyzer
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Intrinsically-Safe Connectors for Hydrogen Applications (Han-Ex®) from HARTING Technology Group are intrinsically-safe connectors set especially for explosion-hazardous applications. Available with innovative Han-Quick Lock® termination technology. To know more https://lnkd.in/dgyH9MvK #electricalconnectors #hydrogenapplications
Intrinsically-Safe Connectors for Hydrogen Applications (Han-Ex®) | HYFINDR
hyfindr.com
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Granular or chunks, Siemens or FBR? In an industry that relies on state subsidies and where profitability remains elusive, Fluidized Bed Reactor (FBR) technology emerges as a game-changer for the polysilicon sector. Here's why FBR can usher in a new era: 1. FBR technology is known for its lower energy consumption due to the continuous process and lower temperatures required. 2. The use of a 50% Siemens chunks and 50% FBR granular blend at plant scale will result in a increase of yieldable ingot of several hundred tons per year. 3. FBRs offer greater scalability and flexibility in production, allowing manufacturers to adjust output more easily to meet market demand 4. Companies like REC Silicon and GCL have achieved mono-grade quality polysilicon using FBRs, demonstrating the technology's capability to meet high industry standards.
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What do the Queen of Britain and gases used in semiconductor manufacturing have in common? They're both Noble! But why are most gases essential to manufacturing electronics are noble gases? The answer: they are chemically inert and electrically non-conductive. They protect the sensitive components being fabricated from reactive gases like oxygen, moisture in the air, and wild arc flashes. Not only that, noble gases like helium and hydrogen are used to dissipate heat from the plasma etching to create chips. One of the most important aspects of using these gases is ensuring they are ultra pure; any impurities can ruin whole batches of chips or cause disasters in a fab! That's where #CriticalSystemsInc comes in. Our Ultra High Purity #GasDeliverySystems ensure those gases are purified and controlled. With our custom #ARIAS IG and HG controllers you can track the flow and uptime of your essential #Noble gases. Find out more at https://lnkd.in/gBAz7pBQ #CSI
Critical Systems Inc.
criticalsystemsinc.com
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Specialized Training On PEM Electrolysis Systems | PEM Electrolyser Stack Training | Collaborating With Hydrogen Businesses To Upskill Individuals And Teams To Meet Business Growth
Cell Voltage Monitoring will be used more as PEM Electrolysers will become more reliable. The manufacturers aiming to have the best stack reliability will implement this technology. Cell voltage is an indication for several factors, and using this technology keeps teams in the light about the stack health and the nature of damage. The video explains the concept. #PEM #Electrolysis #Stack #CellVoltageMonitoring #Cell #Electrolyser Hydrogen Training Solutions
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Hydrogen applications are increasing due to the rapid development of Fuel cell technologies and the need for increased generation of this valuable energy source. This overview is designed as a guide to understanding Pressure sensors and their applications for use with this media. The main challenges are approvals, media compatibility and cost. 🔍 Dive into the world of hydrogen pressure sensing with our expert analysis: https://lnkd.in/gN83hq8W #Hydrogen #PressureSensing #Innovation #Technology #Engineering #StrainSense #BlogPost
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News of our latest sensor, Cell Guard with #Hydrogen, is out. It is purpose-built for hydrogen storage and energy applications, including fuel cells, to maximise safety and operational reliability and delivers precise hydrogen leakage detection to prevent risks of explosion or fire in #HydrogenStorage facilities. In addition, the sensor can also be used to detect electrolysis leaks early, to prevent cell degradation and optimise fuel cell longevity
Metis Engineering Launches Advanced Hydrogen Leak Detection Sensor - Fuelcellsworks
fuelcellsworks.com
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The "WORLDS FIRST" multi-NIR/MIR "in-situ" NOx infrared laser spectrometer specifically designed for the harshest of Hot/Wet industrial applications in mind. Airoptic Sp. z o.o. GasEye™ Laser technology provides fast, high-resolution spectroscopy to detect multiple species of your choice in the near and mid-infrared wavelength ranges. With over 25 years of design experience, AIROPTICs precise development of the GasEye™ technology was perfectly constructed for complex applications such as NOx, SOx, Combustion, and many others where multiple analytes of quantitative analysis are required for process control or emission monitoring. And with its state-of-the-art GasEye™ patented engineering, continuous calibration, and its comprehensive 8 laser optical bench, there's no denying its arrival is just in time for those initiatives searching for limitless capabilities in Emission Monitoring and Process Control. It's clear to see, the #GasEye™ performance demonstrates an unsurpassed reduction in TCO by minimizing multiple limited analyzers, sample systems, and installation costs typically associated with same point process analysis. #sustainability #processcontrol #decarbonization #decarbonisation #decarbonation #co2 #optimization #tdlas #gasanalysis #analyzers #safety #carboncapture #cleanairsolutions #ferc #energytransition #uslng #lng #energysecurity #energypolicy #naturalgas #steammethanereformer #cleanenergy #analyzers #innovation #renewableenergy #sustainableenergy #nox #sox #analyticalinstruments #petrochemical #petrochemicalindustry #chemicalindustry #nitricoxide #emissionsreduction #emissionscontrol #emissionreduction #emissionsmonitoring #emissioncontrol #gasanalysis #increasedproductivity #insitu #fertilizerindustry #ammonia #combustion #soxcompliance #cems #innovativetechnology #processanalytics #processanalysis Spectrum Analytics, LLC
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We support our customers on their individual journeys toward decarbonization. We push the transition to a more sustainable energy world. LET’S MAKE TOMORROW DIFFERENT TODAY
Post: Improving Anti-Surge and Load Sharing in Centrifugal Compressors Discover more about Siemens Energy’s innovative solution to centrifugal compressor surging, a major efficiency barrier. The patented anti-surge algorithm, based on a Universal Control Map, accurately predicts surge points under varying conditions, optimizing performance and reducing emissions. Additionally, the integration of load sharing functionality ensures even throughput and capacity sharing between compressors. Read more about how Siemens Energy is revolutionizing compressor technology for enhanced efficiency and reliability. 921_Siemens-SponsoredContent.indd (aprimocdn.net)
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Improving Anti-Surge and Load Sharing in Centrifugal Compressors Discover more about Siemens Energy’s innovative solution to centrifugal compressor surging, a major efficiency barrier. The patented anti-surge algorithm, based on a Universal Control Map, accurately predicts surge points under varying conditions, optimizing performance and reducing emissions. Additionally, the integration of load sharing functionality ensures even throughput and capacity sharing between compressors. Read more about how Siemens Energy is revolutionising compressor technology for enhanced efficiency and reliability. https://lnkd.in/eUHDYUKD
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