Case histories

iTP applications are detailed below. 

Further projects are scheduled and will be included here once complete.

Case Information

Overview
ICONIC recently underwent a field deployment and testing of the iTP (Instrumented Tubular Plug). The iTP was installed on a shallow mechanical plug set at approximately 45 m below WH top. 

Product
iTP (Instrumented Tubular Plug)

Purpose
Concept verification and validation

Completed
Q2 2020

 

iTP monitoring shut-in volume 

The purpose of the field installation was to demonstrate field operability of the iTP instrument. The aim was to prove that it provides real-time physical measurements from a shut-in volume, where data is encoded and transmitted through the well’s tubular(s) and wellhead structure, to an outside location and from an outside location into the shut-in volume. 

For this field deployment, the iTP was activated for approximately 55 hours.  During this time it underwent a series of trials to assess its ability to monitor shut-in volume. Tests included:

  • Logging signals –  the iTP successfully transmitted physical data from downhole iTP sensor A and B every 10 minutes.
  • Communication – all automatic (10 min interval) iTP transmissions were consistently and correctly received by wellhead transceivers as well as requests for reading.
  • External noise and system stress testing – the iTP had a number of stress tests conducted to ensure the threshold for continued two-way communication.
  • Power consumption – after 55 hours of activation while transmitting data sets for pressure and temperature every 10 minutes, in addition to approximately 70 data sets that were transmitted on demand, the iTP had a remaining battery capacity of >80%.

All in all the field trials were decidedly positive and exceeded ICONIC’s most optimistic expectations.

The iTP system worked flawlessly during regular conditions as well as in transient conditions with little or no apparent metal communication path. Although this has little practical implication it provides invaluable information to the system developers. 

The results strongly suggest that significant deeper setting is well within the capability of the current system and will provide good readings at greater depths. 400 – 500 m depth is estimated to be within a realistic and comfortable range.

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