Avdiivka coke plant
2016.05. Ukraine. An emergency standby power plant EG2500, “mobile” version, was supplied.
EG2500
Mobile power plant EG2500 before being sent to the facility, in the assembly shop
AI-20DME
View from the inside of EG2500 in the engine compartment. Visible AI-20DME gas turbine drive and oil tank (brown on the right)
Mnemonic scheme
Mnemonic control scheme of the power plant EG2500
Zhanazhol Gas Turbine Power Plant (GTPP)
2015. Kazakhstan. An automated control system for the technological process of the power plant was supplied. The power plant was built on the basis of 2 DC-59 gas turbine drives and 9 DJ-59 gas turbine drives. The total capacity of
the power plant is 176 MW.
Power Plant Operators Room
Workplaces for operators and APCS cabinets
Industrial Site
The GTPP is located on the industrial site of an oil and gas field
Шкаф АСУ ТП
The process control system is based on the software and logistics controller “Bernecker & Rainer” (B&R)
Kumkol Trans Service
2014.07. Kazakhstan. 2 EG2500 gas turbine power plants were supplied, operating on associated petroleum gas.
EG2500
Two gas turbine power plants EG2500 with an air cleaning system (ACU) and noise attenuation units
AI-20DME
Gas turbine drive AI-20DME manufactured by Motor Sich JSC. Fuel equipment is installed on the drive, with a microprocessor control system
Control cabinet
Microprocessor control system for power plant and gas turbine drive
Uralskaya KoGTES, 54 MW
2013. Kazakhstan. An automated process control system for the operation of the entire power plant, gas turbine units NK-18 and waste heat boilers was supplied. The cogeneration power plant was built on the basis of 3 NK-18 gas turbine units and 3 waste heat boilers. The total electrical power is 54 MW. The productivity of waste heat boilers is 20 Gcal/h.
KoGTES-54MW
View of the power plant. Inlet devices and exhaust pipes with waste heat boilers are visible
Mnemonic diagram of the operation of “auxiliary equipment”
Auxiliary equipment includes: heat exchangers, network pumps, waste heat boilers, etc.
Control cabinet
Microprocessor control system for power plant, gas turbine units and waste heat boilers
Anastasievska gas compressor station
2011 Ukraine. Control system of gas turbine drive of gas compressor unit on the basis of GTE D-336 (6MWt)
D-336
Gas turbine engine D-336 capacity 6 MWt
Gas compressor station
Gas compressor agregates view
SAUD-336 Control cabinet
Control cabinet of gas turbine drive of gas compressor unit SAUD-336
GTE Myanmar
2011. Myanmar. An automated control system for the technological process of the power plant was supplied. The power plant was built on the basis of a gas turbine drive of the Zorya-Mashproekt enterprise, with a capacity of 6 MW.
GTE-6 MW
GTE-6 MW installed at the liquefied gas plant, Nyaundown, Myanmar
Gas turbine drive power plant
GTE, with a capacity of 6 MW, produced by “Zorya-Mashproekt”
Power plant control panel
The console combines the automation of the ACS GTE, auxiliary equipment, manual controls and a visualization panel controlled by APROL R3.2
Boiler room on the street. Uralskaya, Dnipro
2009. Ukraine. An automated control system for the technological process of the boiler house, auxiliary equipment and three hot water boilers (KVGM) with a capacity of 20 Gcal/h was supplied.
Control cabinet
Cabinet for automatic process control system for the operation of the boiler room, auxiliary equipment and three hot water boilers
Mnemonic scheme
Mimic diagram of auxiliary equipment, made in the SCADA STAR environment
Turbine hall
View of one of the boilers and cabinet SAUK-20