Identify the Best Hydrogen Flow Measuring System for a 
Government Subcontractor, Analyse Different Measurement and 
Automation Technologies, and use them to Make Procurement 
Decisions to Reach Net Zero Components

Yusuf; Ibrahim

doi:https://doi.org/10.56201/ijemt.v10.no2.2024.pg43.57

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Identify the Best Hydrogen Flow Measuring System for a Government Subcontractor, Analyse Different Measurement and Automation Technologies, and use them to Make Procurement Decisions to Reach Net Zero Components

Yusuf, Ibrahim

Abstract

Hydrogen is a key component of the global energy transition, with grey hydrogen being the primary source. However, technological advancements are enabling the production of low- or no-carbon hydrogen, such as green hydrogen from renewable electricity or blue hydrogen from fossil fuels. As a flexible energy source, carrier, and storage medium, hydrogen is expected to decrease in price as its applications expand. This study examines the suitability of metering systems and flow measurement standards for three application scenarios: household use as a substitute fuel for cooking and heating, industrialisation as a substitute fuel for industrial use, and transportation as a fuel substitute in the transportation sector. International standardisation of flow measurement is necessary for a viable hydrogen economy.

Keywords

: hydrogena fossil fuel-based fuelPressure and Temperature Sensors Forms Ultrasonic Metre Coriolis Flowmetersflow and control isolation

References

Arup. (2019). Establishing a Hydrogen Economy: The future of energy 2035. Blazquez, G., Pons, P. and Boukabache, A., 1989. Capabilities and limits of silicon pressure sensors. Sensors and Actuators, 17(3-4), pp.387-403. Butler, K.M., 2008. A computational model of an outward leak from a closed-circuit breathing device. J Int Soc Resp Prot, 25, pp.53-65. Chern, M.J., Wang, C.C. and Ma, C.H., 2007. Performance test and flow visualization of ball valve. Experimental thermal and fluid science, 31(6), pp.505-512. Edwards, J., & Otterson, D. (2015). Tech Talk: (7) Flow Measurement Basics (Part 2). Measurement & Control, 48(4), 115-121. Euramet. (2020). EMPIR Call 2020 – Metrology infrastructure for high-pressure gas and liquified hydrogen flows. Fernicola, V.C. and Iacomini, L., 2008. Approximating the ITS-90 temperature scale with industrial platinum

Identify the Best Hydrogen Flow Measuring System for a Government Subcontractor, Analyse Different Measurement and Automation Technologies, and use them to Make Procurement Decisions to Reach Net Zero Components

Abstract

Keywords

References

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