Sentence examples for for distributing hydrogen from inspiring English sources

Zinc's biggest disadvantage is that nothing can match the infrastructure already in place for distributing hydrogen.

No infrastructure for distributing hydrogen still exists and the research efforts are thus focused on on-board hydrogen generation from hydrocarbon reforming.

This brief review will illustrate the application of automotive washcoating technology to reformers for distributed hydrogen applications.

Overall, the work reported here successfully demonstrated the feasibility of ammonia decomposition for distributed hydrogen generation and delineated the attainable operating region, results of which could be used further to advance and scale-up autothermal ammonia-fueled microchannel reactors in the kW-range.

Then there's the issue of distributing hydrogen so it's as easy to obtain as gasoline.

Currently, many companies are exploring the technical and market potential of distributed hydrogen for use in such varied applications as stationary fuel cell power generation units, on-site generators of hydrogen for industrial uses, and hydrogen fueling stations for fuel cell powered automobiles.

(Critics note that the process of manufacturing and distributing hydrogen does create some toxic emissions).

In the present work, the design and testing of a very compact reaction system thermally integrated for the distributed hydrogen production by natural gas reforming is reported.

This report describes an early proof-of-concept for a distributed hydrogen fueling option in which renewably generated, high-pressure hydrogen is dispensed at an FCEV owner's home.

The present work describes the design and operation of an autothermal microchannel reactor for portable and distributed hydrogen production via ammonia decomposition.

Motivated by the need for small scale distributed hydrogen generation and lack of detailed modeling tools to aid in reformation system design, two fully coupled models were developed to extend the current understanding of reformation processes as it relates to temperature and fuel conversion, two critical design criteria.