Our service division is composed of a highly specialized team of engineers and partners who constantly perform routine and extraordinary maintenance on power plants. We also manage custom maintenance contracts, depending on the Clients’ demands as well as on the single power plant needs. The activities are coordinated by the headquarters to organize each operation and be able to guarantee highly urgent activities, with 24 hours availability throughout the whole year.  All personnel are continuously being trained in the latest technology and regulations and hold every necessary qualification up to date.



Operating Machinery Control

These tests on site take place during regular operation, so as to execute the following activities:

  •     Operation test of all the entire rotating machinery,
  •     Check of lubrication and control levels with possible topping and grease

Setting of a dedicated report with records of significant values, possible causes of arrest and any other observation.

Non-Operating Machinery Control

  • These tests on site usually take place when machinery is arrested.
  • This operation purpose is to check the correct operation of the auxiliaries and the plant safeties.
  • All the maintenance activities to use during machinery arrest will be indicated.

 In particular:

  •     Auxiliary and rotating machinery controls,
  •     Research on hydraulic machinery cavitation and abrasion level comments for anti-erosion materials,
  •     Condition monitoring system and fault diagnosis,
  •     Safety inspection, appraisal and evaluation of mechanical, electrical and metal structure,
  •     Research and consultation of stability for key components and technology,
  •     Power plant safety control and protection system,
  •     Fluids level control and possible topping and grease control,
  •     Automation electric and power systems control

All spare parts are supplied regardless of the original manufacturer according to each power plants special need.


Refurbishment of existing power plants reduces interruptions and operating costs and increases power production significantly, hence the total efficiency and return-on-investment.

  •     Increased output and efficiency with new turbine runners,
  •     Improved Automation Systems,
  •     Increased reliability and availability,
  •     Lower operation and maintenance costs,
  •     Extension of the lifespan of the power plant