Oil

Integrating our expertise to deliver performance

The Centre Scientifique et Technique Jean Féger (CSTJF) is one of the world’s premier integrated petroleum engineering and research centers. Home to the full range of Total’s exploration and production expertise, it provides ongoing technical support for E&P subsidiaries worldwide, while also setting its sights on conquering new oil and gas frontiers.

  • Centre Scientifique et Technique Jean Feger research center Building at the CSTJF research center in Pau, France Building at the CSTJF geological and oil and gas research center in Pau, France.
  • Centre Scientifique et Technique Jean Feger research center Centre Scientifique et Technique Jean Feger research center in France Employees at work in a projection room at the CSTJF research center in France.
  • Centre Scientifique et Technique Jean Feger research center Employee in the core sample library at the CSTJF research center in Pau, France Employee in the core sample library at the CSTJF research center in Pau, France.
  • Centre Scientifique et Technique Jean Feger research center Detail view of a computer used to process seismic images at the CSTJF research center in Pau, France Detail view of an SGI computer used to process seismic images at the CSTJF research center in Pau, France.
  • Centre Scientifique et Technique Jean Feger research center 3D image displayed on a computer at the CSTJF research center in Pau, France 3D image displayed on a computer at the CSTJF research center in Pau, France.

End-to-end oil and gas expertise

Located on a sprawling campus in Pau, southwestern France, the CSTJF encompasses the entire range of scientific expertise as well as the research resources of Total's exploration and production operations. This proximity of experts from every discipline in the exploration and production value chain facilitates interaction between geosciences, drilling, reservoir development, operational safety and environmental protection specialists. And the integration of such diverse capabilities is more vital than ever to redefining feasibility in the oil and gas industry. A multidisciplinary approach, state-of-the-art laboratory resources and powerful computing and telecommunications capabilities rank the CSTJF among the world's leading integrated oil and gas R&D centers.


Day-to-day assistance for subsidiaries

A steady stream of information via voice telephone, videoconferencing and digital data, carried by an extensive private telecommunications network, underscores the strong ties between the center and Total's Exploration & Production (E&P) subsidiaries. One of the main purposes of the engineering center is to provide our teams in the field with the day-to-day technical assistance they need. Its specialists, like its research and computing capabilities, advance the never-ending push to optimize operations across the E&P process. The center provides assistance for the discovery and appraisal of new fields, support for planning drilling strategy and drilling wells, and help with the field operations to boost productivity and pump every last drop of reserves.


An international melting pot

 The constant communications traffic between the CSTJF and Total subsidiaries is buttressed by frequent meetings between operational staff around the world and the center's experts. Every year, these globetrotting experts head off on some 3,500 international assignments to provide on-site, in-person support to their counterparts.


As well, more than a hundred non-French management-level employees - technicians and engineers recruited by Total subsidiaries around the world - join the teams in Pau each year. They come for a period of three or more years, at strategic junctures, in terms of skills acquisition, in their careers, which are shaped by the international mobility inherent in Total's global reach. A cultural melting pot, the CSTJF has nearly 40 different nationalities working at its facilities. This multiplicity of talent is accentuated by the fact that nearly two-thirds of the management-level staff working at the center have spent part of their careers outside France. Lastly, the center's diversity is further enriched by the constant influx of staff from partner national oil companies and representatives of host countries. These visitors receive state-of-the-art training, sometimes through intensive courses lasting just a few days, and in other cases over longer periods of up to two years.


Conquering new frontiers

Because the era of "easy oil" is a thing of the past and the planet's thirst for energy is unquenched, oil operators are now forced to hunt for resources in previously uncharted territory. Opening up these new frontiers is another basic mission of the CSTJF, one of the very few R&D centers in the world capable of redefining feasibility in the oil industry.


As a central player in an extensive network established with French and international research institutions and universities, the center has applied research programs focusing on every field strategic to the future of the energy industry. Examples include extra-heavy, highly viscous oil, which often needs to be heated while still deep in the ground before it can be brought to the surface; producing ultra-deepwater oil, lying in 1,500 meters or more of water; profitably developing very sour and acid gases, which can contain more than 40% carbon dioxide, without aggravating the greenhouse effect; tapping deeply buried reservoirs, lying more than 4,000 meters below the surface; and mastering the technology required for hard-to-extract tight gas reservoirs.


The CSTJF is the nerve center of a global network of five E&P Research & Development centers located close to production sites presenting major technological challenges. 


People safety and environmental protection first

Oil and gas production is a hazardous business. That is why the goal of zero accidents, the starting point for the design of any new project, is an absolute priority at all sites, whether under construction or in operation. The center's safety specialists and Total subsidiaries pool their knowledge and expertise to identify each and every risk and effectively prevent accidents.


Likewise, environmental protection is a core concern at all Total-operated sites. Limiting the impact of our facilities on the air, on water and on biodiversity is an ongoing goal that can only be achieved by developing ever "cleaner" technologies. The CSTJF is assertively committed to tackling climate change by finding efficient new ways to curb greenhouse gas emissions. One of its flagship initiatives is the first French to capture carbon from stack gases and store it in depleted reservoirs. The center is also a key player in developing production processes that conserve water, which is used heavily in every production cycle as it is always produced with oil and gas.


Together, the CSTJF and Total subsidiaries seek to simultaneously promote growth, people safety and environmental protection.
 


CSTJF Key Figures

  • 27 hectares
  • 85,000 square meters of floor area, including 18,000 square meters of laboratory space, 1,900 square meters dedicated to supercomputers and 23 videoconference rooms
  • 150 teraflops of computing power, for a capacity of 150 trillion floating point operations per second
  • Power consumption equivalent to a town of 10,000 people, but optimal energy utilization by recovering the heat generated by the cooling of supercomputers to heat the site's buildings
  • 600 scientific and technical workstations.
  • 20 gigabits per second of capacity for the local telecommunications network
  • 1,250 sites connected to the worldwide private telecommunications network
  • Facilities for 2,300 people.
  • 55% of the 1,800-strong workforce is management level
  • 37 different nationalities on site
State-of-the Art Laboratories

The CSTJF is one of the very few international petroleum engineering and R&D centers to have its own laboratories. They are a major asset, as the center can use these high-tech research capabilities to assess every aspect of the potential of its fields and production technologies. Key equipment includes:

  • A CT scanner for 3D imaging showing in minute detail the structure of drill cores, which are samples of oil-bearing rock taken from fields.
  • Research units that reproduce the conditions existing in reservoirs and subject samples to pressures of up to 1,000 bar and temperatures of 200°C. 
  • Chambers to test the effectiveness of production methods on core samples, for months at a time. 
  • A setup reproducing the pressure and temperature conditions of deepwater environments, to understand every aspect of their impact on oil and gas behavior.