CRS Processing

CRS processing unlocks reflections in noisy data.

CRS Gather

Irregular acquisition and low fold often lead to a poor seismic image. The solution: CRS gather!

AVO

TEEC's data conditioning offers resolution beyond standard AVO.

Coherency

Standard coherency is obsolete. Run CRS based coherency or even dip/azimuth coherency.

Welcome to TEEC

TEEC is providing seismic data processing and reservoir characterization as well as dedicated research and development in geophysics. We are using leading edge proprietary software solutions along with the best available industry software.

TEEC is the leading company in CRS seismic data processing and software development. We are providing geophysical processing & interpretation in close cooperation with our clients and partner companies.
Our core services are seismic data processing (in time & depth), diffraction processing, reservoir geophysics, coherency processing and interpretation, neural networks and geostatistics.

“When it comes to CRS processing trust in us!“
– Dr. Henning Trappe, CEO

Download more about CRS    Size: 6.6MB Type: pdf

November 18-22, 2018

NAPE 2018
Eko Hotel and Suites, Victoria Island
Lagos, Nigeria

NAPE Homepage

November 27-29, 2018

PETEX 2018
Olympia
London, United Kingdom

PETEX Homepage

June 03-06, 2019

EAGE 2019
ExCel London
London, United Kingdom

EAGE Homepage

Latest News

A new research study started and the TEEC group is the consortium leader in the EU co-funded project.

Read more

We are proud to present the winner of the presentation award of the NAPE 2017:

Our colleague Dr. Thomas Kalberg

Read more

TEEC is proud to announce a cooperation with our new partner:

Mr. Moustafa Elsayed from ELBA Group Limited in New Cairo – Egypt.

Read more

TEEC is proud to announce a cooperation with our new partner:

Mr. Eke Azuka Stanley from Mease Energy Nig. Ltd. in Port Harcourt – Nigeria.

Read more

The TEEC group is participating in the HPC related project WAVE and coordinating the research in the DIFFTOMO project.

Read more

CRS Processing

CRS processing unlocks reflections in noisy data.

CRS Gather

Irregular acquisition and low fold often lead to a poor seismic image. The solution: CRS gather!

AVO

TEEC's data conditioning offers resolution beyond standard AVO.

Coherency

Standard coherency is obsolete. Run CRS based coherency or even dip/azimuth coherency.

Welcome to TEEC

TEEC is providing seismic data processing and reservoir characterization as well as dedicated research and development in geophysics. We are using leading edge proprietary software solutions along with the best available industry software.

TEEC is the leading company in CRS seismic data processing and software development. We are providing geophysical processing & interpretation in close cooperation with our clients and partner companies.
Our core services are seismic data processing (in time & depth), diffraction processing, reservoir geophysics, coherency processing and interpretation, neural networks and geostatistics.

“When it comes to CRS processing trust in us!“
– Dr. Henning Trappe, CEO

Download more about CRS    Size: 6.6MB Type: pdf

November 18-22, 2018

NAPE 2018
Eko Hotel and Suites, Victoria Island
Lagos, Nigeria

NAPE Homepage

November 27-29, 2018

PETEX 2018
Olympia
London, United Kingdom

PETEX Homepage

June 03-06, 2019

EAGE 2019
ExCel London
London, United Kingdom

EAGE Homepage

Latest News

A new research study started and the TEEC group is the consortium leader in the EU co-funded project.

Read more

We are proud to present the winner of the presentation award of the NAPE 2017:

Our colleague Dr. Thomas Kalberg

Read more

TEEC is proud to announce a cooperation with our new partner:

Mr. Moustafa Elsayed from ELBA Group Limited in New Cairo – Egypt.

Read more

TEEC is proud to announce a cooperation with our new partner:

Mr. Eke Azuka Stanley from Mease Energy Nig. Ltd. in Port Harcourt – Nigeria.

Read more

The TEEC group is participating in the HPC related project WAVE and coordinating the research in the DIFFTOMO project.

Read more