TGS announces Gigante analysis project


TGS announces its Gigante multibeam, coring and geochemical analysis project

TGS has announced that it has received authorisation from Mexico's Comisión Nacional de Hidrocarburos (CNH) for the acquisition of multibeam, coring and geochemical analysis data over an area of approximately 600 000 square km in Mexican waters. This project will cover the entire deepwater area of the offshore sector of Mexico, including world class producing trends such as the Perdido Fold Belt and Campeche Bay. This project will be conducted in conjunction with the 186 000 km TGS Gigante seismic survey which is currently 12% (>22 000 km) complete.

The multibeam data will be acquired by Fugro using vessels equipped with the latest generation of multibeam sonar equipment. Multibeam bathymetry and backscatter data will be used to identify possible oil and gas seep targets for sediment sampling. Over 1000 navigated piston cores will be collected by TDI Brooks International and detailed geochemical analysis will be performed.

"We are pleased to create a portfolio that combines all important geoscience data into one integrated package that can be used to better aid exploration efforts in this region. These data have value from the earliest stages of reconnaissance through the end of the development program. It is a complementary addition to our Gigante regional 2D seismic program that is currently being acquired. Our customers have shown considerable interest in these projects," commented Katja Akentieva, Senior VP Western Hemisphere, TGS.

TGS will commence acquisition of Multibeam and Coring data in Q3 2015 subject to receiving environmental impact resolution from the Mexican Authorities, with expected completion in early Q4 2016.

Adapted from a press release by Louise Mulhall

Published on 24/08/2015


Get your FREE Oilfield Technology magazine »

Get your FREE trial of Hydrocarbon Engineering magazine »

Get your FREE trial of World Pipelines magazine »


 
 

Recommend magazines

  Oilfield Technology