To examine the cost of
geologic hydrogen storage, Lord started by selecting geologic formations that currently store natural gas.
Not exact matches
«The inclusions also tell us this iron - nickel metal can readily dissolve carbon, sulfur and other elements such as
hydrogen, which is hugely important for their cycling and
storage over
geologic history,» explained Smith.
Lord envisions that excess
hydrogen produced throughout the year could be brought to
geologic storage sites and then piped to cities during the summer, when the demand for driving fuels peaks.
Salt caverns such as the one depicted here could provide a low - cost solution for the
geologic storage of
hydrogen.
For her study on
geologic storage, Lord and her colleagues analyzed and reworked the
geologic storage module of Argonne National Laboratory's
Hydrogen Delivery Scenario Analysis Model.
Geologic storage of
hydrogen gas could make it possible to produce and distribute large quantities of
hydrogen fuel for the growing fuel cell electric vehicle market, the researchers concluded.