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Fundamental Research
News 23 October 2024

From the control of a pollution remediation system to that of a wind turbine via random set learning

As part of the drive to develop more environmentally-friendly mobility solutions, PhD research conducted at IFPEN resulted in a methodology to estimate control parameters in a urea injection-based pollution control system for vehicles (figure 1), where pollutant gas emission standards must be strictly respected [1,2,3]. This methodology was then extended to two other applications in the field of wind turbine control and simulation.

FUNDAMENTAL RESEARCH, THE BUILDING BLOCK FOR FUTURE INNOVATION

Objectives pursued, scientific challenges to be overcome, partnerships proposed: watch a video on IFPEN’s fundamental research strategy.

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Research in a few figures

  • 1,095
    R&I engineers and technicians
  • 30%
    of budget dedicated to fundamental research
  • 9
    disciplinary fields
  • 15
    active fundamental research framework agreements