|
Quick Links:
| Home

Wagon Guide:
| Glossary
| TOC
| Thesis
PDF
|
In a
natural gas field, a well is drilled down to reach the layer in
which the natural gas is trapped. Once this level is
reached, the natural gas should easily seep into the well and flow
upward and out into a natural gas distribution
network.
Of
course, this is under the ideal circumstances, and this is
illustrated to the right.
However,
in certain cases, the sandstone is "tight" and the
natural gas is unable to successfully flow through the formation
to the well. Such a well is illustrated below.
![[This picture shows how difficult it is for natural gas to seep through tight sandstone formations.]](images/wwtight.jpg)
In this
you can either not drill or you can attempt to stimulate the flow
of the natural gas. Although this is not the only way to
stimulate the flow of natural gas, nuclear devices can be placed
underground and detonated in order to crack the sandstone.
The
development of this technology was considered critical by US
Government and worthy of mention by President Richard Nixon, who
on June 4, 1971, delivered a "Special Message to the Congress
on Energy Resources" describing efforts to reduce the current shortage of natural gas. In the message, Nixon states "this relatively clean form of energy is in even greater demand to help satisfy air quality standards. Our present supply of natural gas is limited, however, and we are beginning to face shortages which could intensify as we move to implement the air quality standards." Nixon noted that federal effort to help alleviate the shortage included "Progress in nuclear stimulation experiments which seek to produce natural gas from tight geologic formations which cannot presently be utilized in ways which are economically and environmentally acceptable." The policy of the United States was set: Nuclear Stimulation was going to be used to alleviate the impending natural gas shortage.
Continue to
see Underground Nuclear Cavern
<<back<<
|
|