TRE has developed a range of service products, based on its proprietary PSInSAR™ technology, to assist their customers in selecting the most appropriate type of analysis. There are four main classifications of our service products: local area, regional area, linear structures and single building.
Satellite data are today a primary tool for oil&gas companies looking for innovative techniques in reservoir monitoring (including CCS), for public sector institutions involved in public safety, urban planning and infrastructure management, as well as for geotechnical engineering companies serving these organizations.
Interferometry is an innovative technique that uses satellite-borne radar images to accurately measure ground displacement. TRE offers its proprietary techniques (before it was PSInSAR™ and today it is SqueeSAR™), which represent a huge advancement for conventional interferometry and satellite data analysis.
Poster comes third at the second EAGE CO2 Geological Storage Workshop in Berlin, 11th-12th March 2010 More than 40 posters were exhibited and judged during the second CO2 Geological Storage Workshop, organized by the European Association of Geoscientists & Engineers (EAGE) and TRE's poster came third.
Through the Canadian Space Agency (CSA), TRE Canada has developed a new method based on RADARSAT-2 information to assess landslide movements along a 50 km stretch of the Thompson Canyon (BC, Canada), a vital rail corridor threatened by many active landslides.
In January 2010, TRE will be launching SqueeSAR™: a further innovation in satellite data analysis and a breakthrough in Earth observation capabilities. It is the result of ten years of intense research and development, here at TRE »
Next event:
EAGE 2010 72nd EAGE Conference & Exhibition incorporating SPE EUROPEC 2010 14 - 17 June 2010, Barcelona, Spain