Sentence examples for operation of hydrogen from inspiring English sources
The results serve as a target for the operator to aim at, in order to achieve cost effective operation of hydrogen plants.
Normal and off-normal operation of hydrogen handling equipment and facilities can impose stress cycles causing inelastic straining at the tips of sharp notches and crack-like defects, which can initiate and drive crack growth.
US-based Ain Products and Suzuki Shokan Co Ltd in Japan have signed an alliance agreement under which they will collaborate on the design, construction, and operation of hydrogen fueling stations to serve the materials handling vehicle market in Japan.
In operation of hydrogen fuel cells for vehicle, carbon corrosion induced by frequent on/off operation significantly causes degradation of performance and durability of fuel cells, aggregating and losing Pt particles.
In the co-flow operation mode of hydrogen and air, current density and reactants' RH distributions are sensitive to the stoichiometry of air but the effect from hydrogen is minor.
The operational performance of this recent technology is investigated experimentally, leading to an appropriate simulation model which – together with other component models – is further used in the frame of a design tool for equitable planning, as well for developing reasonable operation strategies of hydrogen storage based small energy systems.
Operation of the hydrogen filling station at Herøya, Porsgrunn, Norway is reported and analysed in this paper.
The embrittlement was accompanied by a change in fracture appearance that was shown to be the result of the operation of several hydrogen related fracture mechanisms.
The simulation results indicated that a suitable discharge coefficient must be defined to ensure the stable operation of the hydrogen generator.
With respect to the parameters used for simulating the variable operation of the hydrogen system as well as its economy, the economy table created for Copenhydrogen [30] is used to present a qualified guess for 2020, wherein the capital expenditure (CAPEX) and fixed operation & maintenance cost (FO&M) are used to calculate the payback time for the hydrogen project.
Finally, the overarching goal of this chapter is to indicate the complexity of design of system for pressurized hydrogen service and to demonstrate the significant role that consensus codes and standards play in providing an invaluable framework to helping overcome these challenges through aiding the safe design and operation of pressurized hydrogen systems and components.
