The ST series has a wide selection of process connections, including compression fittings, NPT male and female threaded connections, flanges, ball valves, hot taps and more to ensure installation site compatibility. They are direct mass flow measuring and inherently multivariable providing both flow and temperature outputs. Thermal mass flow meters with their no moving parts design also virtually eliminate wear, breakage and maintenance. Applying theoretical gas equivalency equations to “correct” readings for H 2 are simply inadequate and ineffective for this gas.įCI’s ST Series thermal flow meters are calibrated under customer installation conditions in actual hydrogen to achieve superior installed accuracy and repeatability in their intended application. H 2 has a very high heat transfer rate and to measure it with high accuracy and repeatability, a thermal flow meter should be calibrated in actual H 2. Thermal mass flow meters work based on the principles of heat transfer. Hydrogen-calibrated thermal mass flow meters are well suited to meet the conditions of these applications. Regardless of the source, accurate, repeatable and reliable flow meters are a critical component in the processes. It is also a key gas used in ammonia manufacturing in the agricultural chemicals industry, methanol production and other processes. Production processes from fossil sources, biomass and waste and H 2O-splitting are capturing worldwide investor attention as brown, green, gray and blue alternative fuels. Hydrogen is again a focus of global attention as a renewable energy fuel resource. These precision H 2 calibrated flow meters provide a range of products for any pipe diameter and virtually any installation conditions and require no routine maintenance. Engineers and plant operators responsible for producing, using, dispensing or distributing hydrogen (H 2) gas will find accurate and rugged flow meter solutions in the ST Series Thermal Flow Meters from Fluid Components International (FCI). FCI's Thermal Mass Flow Meters Excel in Hydrogen (H2) Measurement
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