Enhance safety and efficiency in hydrogen blending processes
Best-fit instrumentation for accurate composition and flow measurement
Introduction
Process instrumentation for hydrogen blending
Ensuring a precise and consistent blend ratio of hydrogen and natural gas is crucial for downstream applications. This requires accurate and reliable flow measurement of both gases, as well as real-time monitoring of the blend composition through online analyzers.
Parameters
Focus on key process parameters
Measure hydrogen flow accurately
Hydrogen has a low density and viscosity compared to natural gas, making it difficult to measure accurately with traditional flow meters. This requires specialized flow meters like Coriolis.
Ensuring accurate blend ratios in a hydrogen-natural gas blending unit is critical for safety, efficiency and compliance. Raman technology offers a highly precise and reliable solution for real-time monitoring of the blend composition.
Unlock precision blending with Endress+Hauser Coriolis flowmeters
Achieve seamless integration of hydrogen into the natural gas grid through unparalleled accuracy, stability and control over hydrogen flow measurement. Promass Q 300 offers:
Multivariable measurement in gas streams, including mass flow, density, temperature and corrected volume flow.
Best-in-class turndown for hydrogen flow measurement, globally accepted custody transfer approvals.
Highest process safety due resistance to fluctuating and harsh environments.
Kompakt, kolay erişilebilir bir transmitter ile zorlu uygulamalar için yenilikçi çözüm
Gas analysis
Ensure accurate blend ratio with Raman technology
Raman spectroscopy delivers unparalleled precision in determining the final mix ratio, reliably measuring the complete gas composition, including many commonly found natural gas components. Our Rxn5 analyzers ensure:
Optical based compositional gas analyzer with multiple channels for redundancy or distributed measurements.
Enhanced operator safety and response times with a remote probe for real-time monitoring.
Inline measurement to avoid emissions associated with extractive gas measurements.
Turn-key process Raman analyzer for quantitative chemical composition measurements
Case studies
Discover customer success stories
Quality & Compliance
Gaz türbinleri için hidrojen karışımı
Long Ridge Energy enerji santrali, temiz hidrojen karışımının enerji endüstrisinde global olarak uygulanabilirliğini başarıyla sergiliyor.
Başarı hikayesi
Hidrojen üretiminde yüksek tesis kullanılabilirliği
Messer bir buhar reformerinde hidrojen üretmektedir. Tesis, basınç değerlerinin önemli bir rol oynadığı çok sayıda koruma ve güvenlik cihazına sahiptir.
Başarı hikayesi
Measuring hydrogen quality in real time
Enapter uses optical analytical measurement technology from Endress+Hauser to determine the purity of hydrogen produced. Find out more!
Planning a project? Discuss your challenges with our expert
Your local Endress+Hauser experts are ready to support at every step of the way.
Discover why we're the right partner for sustainable, efficient hydrogen production, transport and storage
Hidrojen - dekarbonizasyon hedefleri için kilit enerji sağlayıcısı
Hidrojen, karbon emisyonlarını azaltmak için gelecek vaat eden bir çözümdür ve altyapısı hızla gelişmektedir. Endress+Hauser'in sürdürülebilirliğin sağlanmasına ve mevzuata uygunluğun temin edilmesine nasıl yardımcı olabileceğini öğrenin.
Hydrogen's promise for emission cuts highlights green options, yet fossil fuel-based production still dominates. Learn more about what's making alternative production methods vital.
Although various methods for hydrogen production exist or are currently being developed, different challenges need to be carefully evaluated for effective production. Learn more!
Tarayıcı deneyiminizi iyileştirmek, site işlevselliğini optimize etmek adına istatistikleri toplamak ve size uygun reklam ve içerikler göstermek için çerezleri kullanıyoruz.
"Tümünü kabul et" seçeneği ile çerez kullanımımıza rıza göstermiş olursunuz.
Daha fazla ayrıntı için lütfen göz atın: Çerez Politikamız .
