Baker Hughes’ Post

Exciting news! BelGAS's Hydrogen Test Bench just got the spotlight from H2Tech, a trusted technical publication in the hydrogen community. Unfamiliar with our latest innovation? Here’s a quick overview: ✅ Precision Technology: Using helium to simulate hydrogen in our test bench ensures our pressure regulators are optimized for safety. 🧠 Seal of Safety: Internal certification guarantees regulators pass helium testing, assuring peace of mind for hydrogen applications. 🔧 Custom Solutions: Ongoing testing paves the way for hydrogen-specific components, boosting overall performance. 🔮 Future-Ready: BelGAS stays ahead, offering scalable and secure solutions as the hydrogen industry evolves. 🔗 Dive Deeper: Explore our full whitepaper for insights into hydrogen's safe and efficient use - https://lnkd.in/e9B4NZqk It's an exciting time in the energy industry, and we're thrilled to be featured by H2TechOnline! #CleanEnergy #Innovation #BelGAS #HydrogenTechnology

Maximize Biogas Performance with Siemens ULTRAMAT 23 Reliable gas analysis is crucial for biogas plant efficiency and product quality. The ULTRAMAT 23 from Siemens provides an all-in-one, proven solution. Applied Controls Corporation This compact analyzer simultaneously measures 4 key components - methane, carbon dioxide, oxygen, and hydrogen sulfide. With hundreds of installations, the ULTRAMAT 23 has demonstrated its value for: Continuous, real-time process monitoring Integrated infrared and electrochemical sensors Autocalibration and low-drift design for minimal maintenance Flexible mounting options to fit your needs Whether optimizing landfill methane yields or monitoring combustion engines, the versatile ULTRAMAT 23 delivers the comprehensive gas analysis you need. Learn more: ULTRAMAT 23 - Siemens US #GasAnalysis #BiogasOptimization #ProcessControl #SiemensIndustry

The Critical Role of Anion Exchange Membranes (AEMs) in Hydrogen Energy Anion Exchange Membranes (AEMs) are emerging as a cornerstone technology in the hydrogen energy sector, playing a pivotal role in the efficient generation, storage, and utilization of hydrogen as a clean energy carrier. #Hydrogenenergy

As a result of the global energy transition, hydrogen has become a critical element in the process of decarbonization. This shift requires new installations and the conversion of existing infrastructure. The crucial question today is - will it also work with hydrogen? As the technological leader in the field of clamp-on ultrasonic flow measurement, Flexim pioneered the process of transferring this non-intrusive hydrogen flow measurement technology to gases two decades ago. Since then, FLUXUS G ultrasonic systems have accurately and reliably measured the flow of all gases, including hydrogen. Since the physical properties of hydrogen differ significantly from other gases, plant operators face major challenges due to the necessary adaptations. However, Flexim's non-intrusive measuring technology is flexible by principle and comes with further advantages that perfectly fit hydrogen gas measurement applications. Click the link below to discover how we're revolutionizing the industry! 🌟 https://lnkd.in/ep_NNfmY #hydrogengas #energytransition #hydrogenindustry

Straight forward non-intrusive measurement of hydrogen and hydrogen mixes without process interuption and no possible leakage points. With pressure and temperature input even the calculated molecular weight of the mixes can indicate hydrogen purity from the sound speed measurement. #flexim #emerson #energytransition #hydrogen #nonintrusiveflow

As a result of the global energy transition, hydrogen has become a critical element in the process of decarbonization. This shift requires new installations and the conversion of existing infrastructure. The crucial question today is - will it also work with hydrogen? As the technological leader in the field of clamp-on ultrasonic flow measurement, Flexim pioneered the process of transferring this non-intrusive hydrogen flow measurement technology to gases two decades ago. Since then, FLUXUS G ultrasonic systems have accurately and reliably measured the flow of all gases, including hydrogen. Since the physical properties of hydrogen differ significantly from other gases, plant operators face major challenges due to the necessary adaptations. However, Flexim's non-intrusive measuring technology is flexible by principle and comes with further advantages that perfectly fit hydrogen gas measurement applications. Click the link below to discover how we're revolutionizing the industry! 🌟 https://lnkd.in/ep_NNfmY #hydrogengas #energytransition #hydrogenindustry

As a result of the global energy transition, hydrogen has become a critical element in the process of decarbonization. This shift requires new installations and the conversion of existing infrastructure. The crucial question today is - will it also work with hydrogen? As the technological leader in the field of clamp-on ultrasonic flow measurement, Flexim pioneered the process of transferring this non-intrusive hydrogen flow measurement technology to gases two decades ago. Since then, FLUXUS G ultrasonic systems have accurately and reliably measured the flow of all gases, including hydrogen. Since the physical properties of hydrogen differ significantly from other gases, plant operators face major challenges due to the necessary adaptations. However, Flexim's non-intrusive measuring technology is flexible by principle and comes with further advantages that perfectly fit hydrogen gas measurement applications. Click the link below to discover how we're revolutionizing the industry! 🌟 https://lnkd.in/dEeGbrcU #hydrogengas #energytransition #hydrogenindustry

Maximize Biogas Performance with Siemens ULTRAMAT 23 Reliable gas analysis is crucial for biogas plant efficiency and product quality. The ULTRAMAT 23 from Siemens provides an all-in-one, proven solution. This compact analyzer simultaneously measures 4 key components - methane, carbon dioxide, oxygen, and hydrogen sulfide. With hundreds of installations, the ULTRAMAT 23 has demonstrated its value for: • Continuous, real-time process monitoring • Integrated infrared and electrochemical sensors • Autocalibration and low-drift design for minimal maintenance • Flexible mounting options to fit your needs Whether optimizing landfill methane yields or monitoring combustion engines, the versatile ULTRAMAT 23 delivers the comprehensive gas analysis you need. Learn more: https://lnkd.in/dGWTgwak #GasAnalysis #BiogasOptimization #ProcessControl #SiemensIndustry

Reliable gas analysis is crucial for biogas plant efficiency and product quality. The ULTRAMAT 23 from Siemens provides an all-in-one, proven solution. This compact analyzer simultaneously measures 4 key components - methane, carbon dioxide, oxygen, and hydrogen sulfide. With hundreds of installations, the ULTRAMAT 23 has demonstrated its value for: • Continuous, real-time process monitoring • Integrated infrared and electrochemical sensors • Autocalibration and low-drift design for minimal maintenance • Flexible mounting options to fit your needs Whether optimizing landfill methane yields or monitoring combustion engines, the versatile ULTRAMAT 23 delivers the comprehensive gas analysis you need. Learn more: https://lnkd.in/gfijqgjD #GasAnalysis #BiogasOptimization #ProcessControl #SiemensIndustry