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Electronic Chips for<br />
offshore Drilling Pipes<br />
Electronic chips, which are activated upon<br />
activation of electronic power, have proven<br />
useful in many connections. This chip<br />
technology has been used innovatively in a<br />
project of development which <strong>Offshore</strong> <strong>Center</strong><br />
<strong>Danmark</strong> has been project manager on for 4<br />
years now.<br />
The project develops an electronic chip for<br />
drilling pipes, so-called RF/ID tags, which<br />
are able to handle extreme long-term mechanical<br />
stress under HP/HT drilling conditions<br />
in the North Sea. In an incubator-style<br />
set up, alarms technology specialist Laybourn<br />
Trading & Technology - a one-man operation<br />
- teamed up with Maersk Contractors<br />
through <strong>Offshore</strong> <strong>Center</strong> <strong>Danmark</strong> to advance<br />
development of a chip that could stand 300<br />
bar/178°C conditions, while sending out an ‘I<br />
72 <strong>Offshore</strong> <strong>Center</strong> <strong>Danmark</strong><br />
Yearbook 2008<br />
am chip number’ signal for use in identifying<br />
age, use, and service record of individual<br />
drilling pipes.<br />
The company Laybourn Trading from Gilleleje<br />
was an expert in the use of modern chip<br />
technology, and is now also operating in the<br />
offshore oil/gas industry. Following the fi rst<br />
2 years of project research and development,<br />
Laybourn Trading together with <strong>Offshore</strong><br />
<strong>Center</strong> <strong>Danmark</strong> and Maersk Contractors<br />
during the past 2 years have tested the use<br />
of chips to unambiguously register thousands<br />
of drilling pipes, which are used<br />
when drilling for oil and gas. Every single<br />
drilling pipe is provided with an electronic<br />
chip, which is automatically read<br />
when the pipe is taken in use. That means<br />
that the drilling pipe now unambiguously<br />
can be identifi ed, where after all the data<br />
of the pipe are getting available for the<br />
drilling operator. In that way use, wear,<br />
servicing and maintenance of the drilling<br />
pipes can be optimized, with considerable<br />
savings as result.<br />
The road towards this innovative use of<br />
the chip technology was long and challenging.<br />
A large number of in-situ tests