1987•AAPG BulletinRequires access

3-D modeling as an integrated part of a comprehensive exploration system

L. Soenneland, J. Nitteberg, J. Ekern

Open publisher page 0 citations

Abstract

Modeling is a versatile tool in seismic exploration. The applications of seismic modeling are well known both in survey planning, velocity analysis, interpretation, and mapping. This paper deals with the modeling tool as an integrated part of an exploration system. They will discuss the requirements modeling has imposed on other components in the exploration system. In particular the implications on the interpretation systems will be covered. The structural building of the geomodel or the reservoir is a crucial part of both an interpretation system and a modeling system. Their solution will be presented. Further, this paper covers the use of modeling as an aid in the interpretation of problems like (1) tying logs from deviated wells to time-migrated seismic sections, (2) quantifying the effects of faults on the mapping of deeper layers, (3) quantifying the seismic visibility of thin shale layers, (4) identifying leaking faults, and (5) identifying stratigraphic barriers. Ultimately the potential of the solid modeling concept in a reservoir description system will be pointed out.

About this research paper

What this paper is about

Modeling is a versatile tool in seismic exploration. The applications of seismic modeling are well known both in survey planning, velocity analysis, interpretation, and mapping. This paper deals with the modeling tool as an integrated part of an exploration system. They will discuss the requirements modeling has imposed on other components in the exploration system. In particular the implications on the interpretation systems will be covered. The structural building of the geomodel or the reservoir is a crucial part of both an interpretation system and a modeling system. Their solution will be presented. Further, this paper covers the use of modeling as an aid in the interpretation of problems like (1) tying logs from deviated wells to time-migrated seismic sections, (2) quantifying the effects of faults on the mapping of deeper layers, (3) quantifying the seismic visibility of thin shale layers, (4) identifying leaking faults, and (5) identifying stratigraphic barriers. Ultimately the potential of the solid modeling concept in a reservoir description system will be pointed out.

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

Modeling is a versatile tool in seismic exploration. The applications of seismic modeling are well known both in survey planning, velocity analysis, interpretation, and mapping. This paper deals with the modeling tool as an integrated part of an exploration system. They will discuss the requirements modeling has imposed on other components in the exploration system. In particular the implications on the interpretation systems will be covered. The structural building of the geomodel or the reservoir is a crucial part of both an interpretation system and a modeling system. Their solution will be presented. Further, this paper covers the use of modeling as an aid in the interpretation of problems like (1) tying logs from deviated wells to time-migrated seismic sections, (2) quantifying the effects of faults on the mapping of deeper layers, (3) quantifying the seismic visibility of thin shale layers, (4) identifying leaking faults, and (5) identifying stratigraphic barriers. Ultimately the potential of the solid modeling concept in a reservoir description system will be pointed out.

Key concepts: Geology, Interpretation (philosophy), Tying, Systems modeling, Seismology, Systems engineering, Computer science, Engineering

Related papers

Back to paper searchBrowse research topicsOriginal source
3-D modeling as an integrated part of a comprehensive exploration system — Research Paper | ScholarLens