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1. ComputerizationofOilfieldServices
Introduction
The idea of harvesting oil from the earth is definitely nothing new. It's simple. Drill a hole in the
appropriate spot in the ground, and out comes oil, oil that can be used to provide fuel for cars,
plastics for medical supplies, and a vast amount of other products that make the modern life what
it is.
It soon became apparent that simply drilling a hole in the ground was not enough to bring oil to
the surface efficiently. In 1947 fracturing was born, and with it a multitude of other supporting
services.
The modern idea of fracturing really hasn't changed very much. With the advent of technology
and the need for more and more data, the industry has seen a surge of computers and sensors into
the oilfield. These days, simply telling a client or customer that the job has been properly done,
or waiting until the production from a well site possibly goes up simply won't do.
Operating companies that perform the services need to provide the customer with data about the
job. This data not only ensures that the job was done properly, but also gives valuable
information on which decisions can be made in the future. For details click here
Challenges
One of the biggest challenges with putting a computer or similar device in the field is the
environment. Since a well site can be anywhere in the world, the environment can, and often
does change drastically. A set of equipment may be operating on tundra one day, and moving to
a desert shortly thereafter. One thing that does remain fairly consistent is the site itself. Most

2. sites are remote and are only reachable via off-road vehicles, which shake and bounce their way
across open fields and terrain. This shock and vibration is usually the main culprit when it comes
to computer failure. Once on-site, other environmental conditions begin to come into play. Heat,
cold, dust, electro-magnetic interference (EMI), and even people will beat most computers into
submission, or failure within a month or so.
With all of these risks present, one must keep in mind the goal is to extract data in the field in a
reliable manner. Since the data is often what the finished product of service is, its loss is an
unforgivable sin. Add on top of all that the concept of budget. While a company should drive to
save money on equipment, the loss of data, a job, or the delay of an operation can skyrocket to
$10,000 and hour or more. Too much dust in a computer destroys its ability to cool itself. All of
these challenges make the selection and placement of computer systems a high priority to oilfield
companies.
Solutions:
There are almost as many solutions to these problems as there are companies who try to solve
them. Since the job of the computer is to collect, interpret, and protect the data, the ability of the
computer to operate in harsh environments is key. Non-rugged computers such as desktops and
laptops do not have measures inherent to their designs to protect the electronics, and thus the
failure rates of these computers in the field are typically very high. The only way to ensure that a
computer will be able to excel in harsh environments for mission-critical applications is to
ruggedize it.
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