Optimization PDF Print E-mail

Design, structural development, energy conversion, production and system control related optimization activities using different simulation software, measurement techniques, mathematical and experimental approaches applicable to:

    • Fuel preparation systems, combustors (grate, fluidized bed and burner type)
      and combustion chambers.

    • Energy conversion systems (Thermal, cogeneration, combined cycle, hydraulic,
      wind, geothermal power plants, gas turbines, industrial boilers and
      furnaces).

    • Turkish coal fired combustion systems such as grate, circulating fluidized
      bed and pulverized burner type combustors.

    • Fuel-oil and natural gas fired industrial boilers taking into account issues
      relating to fuel, environmental, operational and economical points of view.

    • Appropriate waste heat recovery systems and boilers.

    • Appropriate domestic and dangerous waste combustion and destruction systems
      such as incinerators and cement kilns under consideration of restrictions   
      concerning environmental, economical and operational conditions.

    • Emission control systems such as particle filters, desulphurization (SO2)
      and denitrification (NOx) systems.

    • Industrial boilers, furnaces, cement kilns, district heating and cooling
      systems.

    • Industrial chemical and energy related processes and mechanical manufacturing