[Techlog Exercises] data set utilizing petrophysical data

The nature of the data at the bottom of the well is that the data may be inaccessible to non-experts. This, along with the fact that publicly available datasets are often improper, disorganized and sometimes unconventional, can make using downhole data an unattractive and arduous task.

One example of this complexity is the Schlumberger online recall menu, which contains> 50,000 entries (Rider and Kennedy, 2011). Additional stiffeners can also be created through modified acquisitions and acquisitions or through company reminiscence art, which greatly expands the length of this list.

In an effort to provide a more intuitive introduction to downhole logging data, the Techlog training dataset was developed using data obtained during the integrated surround drilling program
Expedition 346.

Techlog training data set utilizing petrophysical data

Flight 346, which set sail in 2013, aims to explore the climate system surrounding the marginal sea that borders Japan, the Eurasian continent and the Korean peninsula. Initial mission research focused on the following areas:

1. Determination of the impact of the Himalayan and Tibetan plateau elevation on the location of the Western Plane throughout the Liocene and Pleistocene.
2. Determine the timing and appearance of tropical and decimal fluctuations in the summer monsoons in East Asia.
3. Reconstruction of old productivity changes and water circulation at the bottom during the past five years.
4. Rebuilding the Yangtze River drainage history.

Although the bottom logging program in Expedition 346 contributed to all mission research goals, the primary contribution was to rebuilding old changes in productivity by providing continuous data throughout the entire depth of the pit.

Previous scientific drilling campaigns in the region, the legs of the ocean drilling program (ODP) 127 (Summer 1989) and 128 (Fall 1989), covered a wide range of drilling targets in the marginal sea, such as volcanoes, massive sulfide deposits and decoding the nature of the basin extension.