The most advanced geophysical recognition technology: a magnificent resolution, with minimum acquisition times and great penetration in the field.
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On land, underground, at sea: wherever there's a need for high quality investigation, we're in our element.
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To get the best results with the least environmental impact, we develop new tools and techniques - while maintaining the high standards we're known for.
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Skilled personnel using state-of-the-art technology that we've designed and developed in-house: a perfect combination.
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With over 20 years experience, we know the earth inside
and out - and all round, too! Take a closer look:
Quality, reliability, transparency and innovation: these are the four pillars that provide a sound foundation for our projects.
We aren't happy sitting on our laurels: we strive to develop better, faster, and more efficient tools and techniques.
Health & safety, personnel training, social and environmental awareness... there's more to our work than a simple numbers game.
Resourceful, adaptable and experienced, we work together to develop, apply and interpret solutions that meet your requirements.
IGEOTEST R&D developments
Equipment developed by Igeotest R&D, consisting of a volumetric pressuremeter coupled with traditional CPTu equipment....
The RD 56 unit for recording perforation parameters is based on the IGeo Adqontrol 2002 technology developed in-house by Igeotest. It permits the recording and optional management of: Bore progress v...
The main objective of the IGEOMAR project is to develop original and innovative methodologies in the field of geotechnical engineering for the study of marine subsoil from a research vessel...
The main objective of the SUBDRILL project is to develop tools to interpret underwater geotechnical drilling records in a quantitative and practical way. The project focuses on the two cases (fragile ...
As part of the TRACE programme for Basic Research Projects, Igeotest worked with the Polytechnic University of Catalunya (UPC) on the project: High Quality Geotechnical Sample Recovery in Soft Soils....
Geohazards associated with the heads of submarine canyons on the Mediterranean Continental Margins of southern Iberia. The FAUCES project addresses the study of marine geological hazards, with special...
SLATE Submarine Landslides. The main objective of the SLATE ETN is to understand key factors triggering submarine landslides, the subsequent motion and evolution of failed material, and ensuing geohaz...
This equipment was designed and developed by Igeotest R&D department to perform all types of static-drive marine geotechnical surveys (CPTu, DMT, SCPTu, SDMT and CPM). The equipment is controlled from...
Ocean Líder, a consortium of 20 companies and 25 research centres, led by Iberdrola Ingenieria y Construcción, is the world's biggest research project aimed at renewable ocean energies. The projec...
The MDWIND Project aims to launch a new remotely operated seafloor-based site investigation system into the OW market. A recently developed robotic general-purpose submarine drilling machine is tooled...
The aim of the MAXIDRILL (MD500) Project is the design and development of an underwater intervention device specifically aimed at obtaining high-quality physical samples of the seabed at study depths ...
The PRD pressure-dilatometer was developed entirely by Igeotest R&D. The device allows management and automation of testing and calibration, as well as the storage in electronic format and transmissio...
Development of a subsea drilling device for rock and soil comprising a remotely operated submersible drill rig capable of obtaining continuous cores of soil and/or rock of up to 6 m length....
Entirely developed by Igeotest R&D, the IG- 250 is ideal for conducting marine piezocones from the deck of a jack-up platform. It has a capacity of 250 kN thrust and uses standard rods and cones with ...
R&D project granted by the Spanish Ministry of Industry, Tourism and Commerce within the scope of the National Plan for R&D 2008, Industrial Applied Research. ...
Latest News
Present week we will present the articles "Combination of geophysical and geotechnical studies to obtain a model of land in the southern area of Isla Verde" in the VII National Congress of the ATPYC (www.atpyc2018.com), and "Use of essays CPTu in fluvial soft soils of the Río de la Plata "at the 24th Argentine Congress of Soil Mechanics and Geotechnical Engineering (www.camsig2018.org)....
A new example of the involvement of IGEOTEST with the scientific community. We are proud to cooperate in the FAUCES project, which aims to study the geological risk factors associated with three submarine cannon heads, with our CPT Neptune 5000, aboard the vessel Sarmiento de Gamboa. More info: https://lnkd.in/eMBqy3V...
Igeotest Geoscience Group & Geotec Consortium have completed the first stage of OWF geotechnical investigations at French Mediterranean coast including heavy CPT, pistoncorer and vibrocorer sampling in water depths up to 80 meters. ...
IGEOTEST staff in an intensive Offshore Safety Training in Amsterdam this week. Always ready for industry standards!...
IGEOTEST laboratory finished testing on 5th September 2018, a large number of samples from the Autoritat Portuària de Barcelona project. Some figures of interest: 641 undisturbed/disturbed soil samples, coming from 85 BH locations and 3998 meters of rotary core drilling. 2500 lab. tests including 1900 identification tests, 400 mechanical tests (CU/CD/UU Triaxials, Direct Shear, Oedometer...) and 200 chemical tests. That was a great achievement for the laboratory business unit, a growing team of highly skilled staff. ...
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Fax: +34 972 513 478
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