The project intends to research and develop a micro-sensor system with applications in the oil extraction industry (drilling).

During the drilling procedure, supervisions of: pressure, temperature, hydrocarbons, H2S, radiations are necessary.

Unlike the micro-sensors usually developed, the applications of drilling in great depth present special functioning requirements (corrosive environment, high pressures and temperatures, mechanical stress and high vibrations).
Another problem is the transmission of the signal to the surface.
To ensure the efficacy of the operation, but mostly to prevent possible accidents with effects on the environment, a surveillance in real time is necessary.

Till this moment, no system of surveillance in real time of these parameters in the proximity of the drilling has been realised.

The research is multidisciplinary, involving staffs from oil extraction industry, micro-electonics, new materials science and has the main purpose engaging in a new sustainable relationship with the environment while improving competitiveness and strengthening European Industry.

There is the intention of application the HiTech technologies in a traditional technology for rising the activity efficacy, preventing loses (which is not the case, but it would mean a high degree of environment affectation), conservation and sustainable management of natural resources: waste management and prevention, soil protection and environmental technologies for observation, prevention, mitigation of the natural environment related to soil.

   
  PRELIMINARIES RESULTS :
   
 
Development of microsensors for pressure and temperature dedicated for oil drilling processes
   
      Preliminary technological steps
      Simulation of the working condition
      Simulation of the behavior to the mechanical and thermic stress
      Lay-out
      Realization of mask sets
      Elaboration of the techniques and methodology for technological characterization
      Elaboration of the testing techniques
  [...]
   
 
Development of chemical (H2S an hydrocarbons) microsensors dedicated for oil drilling processes
   
      Preliminary technological steps
      Simulation of the working condition
      Simulation of the behavior to the mechanical and thermic stress
      Lay-out
      Realization of mask sets
      Elaboration of the techniques and methodology for technological characterization
      Elaboration of the testing techniques
  [...]
   
 
Development of microdetectors for radiatiation contamination dedicated for oil drilling processes
   
      Preliminary technological steps
      Simulation of the working condition
      Simulation of the behavior to the mechanical and thermic stress
      Lay-out
      Realization of mask sets
      Elaboration of the techniques and methodology for technological characterization
      Elaboration of the testing techniques
  [...]
   
 
Development of a new material for microsystems assembly purpose. The optimization of the detection varying the position (level) of the microsystems.
   
      Technological experiments
      Preliminary technological steps
      Simulation of the working condition
      Experiments of a new material for microsystems assembly
  [...]
   
 
Development of a system for transmitting the electrical detected signal from the drilling point to the surface and the monitoring soft.
   
      Analysis and interface control;
      Technologycal experiments for development of optocuploares
      Preliminary technological steps
  [...]