What is 3D seismic interpretation?

3D seismic interpretation is a form of seismic interpretation that relies on the use of 3D surveys that provide visualizations of structures in three dimensions. People often use specialized software for this task because 3D seismic interpretation requires a lot of mathematics and careful design and data interpretation. There are a number of applications for this process, including examining places to determine whether or not to make viable oil fields, ocean DNA and general geological studies. With 3D seismic interpretation, these data are mapped to three -dimensional representation that allows people to explore data in different ways. Rather than visualizing the web in the form of a flat height of the map or cross -section, 3D seismic interpretation to people manipusposposition of the point of view and visualization of the place as a whole. It can also provide information about the surroundings that may not be easily obvious with other mapping techniques.

Ismic interpretation can be very complex. Geologists are interested in the basic structure of the country and are also interested in the components of the places they study. Different types of rocks reflect the explosion differently and 3D seismic interpretation is designed to reveal not only the presence of underground formations, but what is in these formations and where there are transitions between different types of materials.

With this information, the geologist can play with the scenarios. Modeling scenarios on the map allow geologists to explore the possible results of various activities. For example, a geologist may worry that survey of oil fields can cause collapse is a fine formation, potentially endanger people or the environment. They may also believe that formations present on site have a limited number of useful resources, which invests potentially unprofitable in the site.

Seismic data from current and past surveys can be loaded into seismic software used in 3D seismic interpretation. Many programs offer a number of options, some of which areIzed by specific applications such as the geology of petroleum fields. Effective use of such programs can be so complicated that many companies offer classes that teach people, how to use their software, while providing some general information about ongoing trends in 3D seismic interpretation.