Thermal Power Plants

A Water Cannon spraying a water jet on the waterwall (evaporator of a typical power plant) on the opposite side of the boiler, typically some 20 meters away with an accuracy of about 0.2 meters!. The jet is going through the flame (during normal operation or
Sootblowing system – water cannons for boilers of Units 4, 5, 6 in TPP Tuzla

A Water Cannon spraying a water jet on the waterwall (evaporator of a typical power plant) on the opposite side of the boiler, typically some 20 meters away with an accuracy of about 0.2 meters!. The jet is going through the flame (during normal operation or “on-load”) and impinging in the deposit. The backbone of the Intelligent Sootblowing system are socalled Water Cannons. These cannons are essentially computer controlled installations, able spray a water jet onto the waterwall on the other side.

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The control of electrical parameters of power generator includes the following operations: monitoring and control of excitation system, monitoring and control of generator synchronization to the power network, monitoring and control of high voltage power distribution network, monitoring and control of low voltage distribution network, monitoring and control of power transformers, monitoring of generator protection system and generation of failure sequence of events with 1ms resolution, monitoring and control of uninterruptible control voltage supply system.
Control of electrical parameters for power generator in Thermal Power Plant

The control of electrical parameters of power generator includes the following operations: monitoring and control of excitation system, monitoring and control of generator synchronization to the power network, monitoring and control of high voltage power distribution network, monitoring and control of low voltage distribution network, monitoring and control of power transformers, monitoring of generator protection system and generation of failure sequence of events with 1ms resolution, monitoring and control of uninterruptible control voltage supply system.

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Just 7 months after signing the contract for the DCS of the UNIT 6 - 215MW in TPP Tuzla, which happened in June, 2012 we managed together in cooperation with our customer Elektroprivreda to fulfill and complete DCS project in January, 2013. This was done by consortium of three companies: ALSTOM Massy, France & ALSTOM Mannheim, Germany & ELCOM Tuzla, Bosnia and Herzegovina.
Automation of the Unit 6 – 230MW in Thermal Power Plant Tuzla

Just 7 months after signing the contract for the DCS of the UNIT 6 – 215MW in TPP Tuzla, which happened in June, 2012 we managed together in cooperation with our customer Elektroprivreda to fulfill and complete DCS project in January, 2013. This was done by consortium of three companies: ALSTOM Massy, France & ALSTOM Mannheim, Germany & ELCOM Tuzla, Bosnia and Herzegovina.

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The transport system is de- signed so that the system makes a single unit with which receipt of coal, unloading, coal storage and transport to the bunkers of boilers 5 and 6 is achieved. Each of the boilers is of installed capacity of 200MW. Coal supply system can be divided into the following sections: facility for receiving and unloading, coal conveyor system, system for power supply, control, measurement and signal system.
Automation of coal supply system and automatic bunker filling to the boilers V and VI

The transport system is de- signed so that the system makes a single unit with which receipt of coal, unloading, coal storage and transport to the bunkers of boilers 5 and 6 is achieved. Each of the boilers is of installed capacity of 200MW. Coal supply system can be divided into the following sections: facility for receiving and unloading, coal conveyor system, system for power supply, control, measurement and signal system.

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