Gas turbine generating set
UGT 2500C

UGT 2500C co-generating plant in Toronto (Canada), working on bio-fuel.

UGT 2500 power plant in Sokovka (Russia).

Gas turbine power plant UGT 2500C in Brno (Czechia).

UGT-5000 is new development of 5 MW class project for electric power generation.

Potential for UGT-5000 units is generation of power in cogeneration cycle, providing electric power and heat for middle-size manufacturing companies, small petrochemical plants, off-shore platforms, distributed power for utilities.

UGT-5000 when operating at full load is capable to deliver about 5 MW electric and 7,4 MW of steam power.

Gas turbine generating set
UGT 6000

UGT 6000C co-generating power plant at Yablunevka refinery , Poltava region (Ukraine).

Co-generating power plant in Zapolyarie (Russia) with four UGT 6000 gas turbines.

UGT 10000S2A (DU70) gas turbine engine

The “Aquarius-16K” at Stavishchenskaya compressor station, (Ukraine).

UGT 10000 engine has different modifications including flow path modification for STIG cycle which
increases the engine power and reduces NOx emissions level to less than 25 ppm.

UGT 10000S2A engine of “Aquarius” power plant was tested as electric generator drive at “Zorya-
Mashproekt” test facilities.

The power plant “Aquarius-16K” with UGT 10000S2A engine was set into experimental and commercial operation in 2003 at Stavishchenskaya compressor station (Kiev region, Ukraine).

UGT 15000 gas turbine engine assembling for Kostyukovichi (Belarus) cement works power plant

Gas turbine engines of UGT 15000 type are in serial
production since 1991. They are used at Navy ships, as gas supercharges drives and electric generators drives for power stations. The serial engine of DG90 modification with operation on natural gas reached NOx emissions level of 37.5 ppm and CO emissions level of 26 ppm.

UGT 15000C power plant at Kostyukovichi (Belarus) cement works.

While operating on diesel fuel the decrease of NOx and CO emissions to 25 ppm is achieved by means of steam injection into combustion zone.

GTRPC “Zorya-Mashproekt” manufactures and supplies container power stations with UGT 15000 engine.manufactures and supplies container power stations with UGT 15000 engine.

“Aquarius-25” power plant with UGT 15000S2 gas turbine engine at “Zorya-Mashproekt” test facility

UGT 16000 (DR59) gas turbine engine for power generation

Power station at Salekhard (Russia) with one DC59 and two UGT 16000 gas turbines.

Mozyr refinery (Belarus) power plant with two UGT 16000C units work with heavy fuel.

UGT 25000 (DG80) gas turbine engine

New gas turbines UGT 45000 and UGT 60000 developed for power generations.

GTE-45 (rated power 45 MW) and GTE-60 (rated power 60 MW) intended for new and retrofitted cogeneration
power plants.

On the base of the UGT-60, waste heat recovery boiler (WHRB) KUP-75/25-5,0/0,6-480-240, steam turbines (ST) K-25-5,0 and K-50-5,0 developed combined cycle power plants PGU-85 and PGU-170.

GTE-60 purposed for gas turbine upgrade for existing boilers with steam capacity 500-600 t/h of TP-90 type
with steam turbine of K150-130 of discharging type for combined cycle power plants PGU-220 (rated power 220 MW).

Gas pressure in the ramified network makes 7,5-2,5 MPa. For producing of such pressure energy gas turbocompressor, compressing gas on gas-compressor stations is used. To household and industrial consumers is required natural gas considerably smaller pressure: 0,11-0,25 MPa.

For reception of such pressure are used stations and gas control points in which occurs throttling the main gas up to necessary parameters. Thus potential energy of the compressed gas is irrevocably lost.

For use of this energy and its transformation in electric in "Zorya" - "Mashproekt" are generated and are produced energy-efficient complexes on basis turbo-expanders. High-pressure units - DGA-2500VD and medium pressure - DGA-2500SD1 allow to receive non-polluting electric energy without firing. Use turbo-expander for a drive of electric generators enables to carry out partial return of the energy supplied for gas compression at compressor stations. Expander generator plants are delivered by uniform power block in complete production.