Gas turbine thermal power plant GTES-2,5 is designated for electric and heat power generation and supply to industrial and domestic consumers. GTES-2,5 is also in-demand at oil and gas extraction facilities as major or stand-by source of electric power and heat. The design of the modular automated gas turbine unit GTES-2,5 was developed in collaboration with Power Plant Design Centre ROSEP, OJSC.

This program is based on technical upgrading, new construction and repair of power generating and mechanical equipment in fuel and power sector.

GTA-10GT units are driven by gas turbine engines based on NPO Saturn modern gas generator of the product 77 designed specifically for marine and industrial application. These gas turbine engines performance indicators exceed those of most Russian and foreign products in this power range. These drives showed excellent results at Gazprom compressor stations.

Natural gas is transported to users at pressure of 7.5-5.6 MPa and is distributed within residential areas at pressure of 1.2 MPa. However, the pressure required at consumers (thermoelectric and hydroelectric power stations) is 0.2-0.4 MPa or less. The surplus potential energy, which is lost at throttling devices of gas expansion stations and gas regulating rooms, can be used for generation of additional electric power and for process purposes. For example, the gas consumed by a 800 MW steam turbine set with a pressure differential of 1.1 -0.17 MPa can give additional power of over 11 MW. Long-standing experience in design and manufacture of gas recovery turbines allowed us to create ТГУ-11 turbine. The gas recovery turbine type ТГУ-11 represents a multistage expansion turbine, which generates electric power using excess pressure of the natural gas supplied as fuel to boilers of thermal power stations (TPSs).

The gas Top Pressure Recovery Turbine (TPRT) is designed to drive electric generators. The turbine is run by excess pressure of the blast-furnace gas at metallurgical plants. Up to 40% energy spent for blasting is recovered with almost no fuel consumed. It easily fits the process cycle of either newly commissioned or existing blast-furnace equipment. The actual power developed by the turbine depends on the operating regime of the blast furnace and is determined by the flow rate and pressure of the gas passing through the turbine. Correspondingly, the TPRT turbine is available in several modifications: TPRT -12М, TPRT -8М and TPRT -6М. The turbine is an axial double-stage direct-flow unit. It can be supplied with or without a gas heater.

GTU-25P is designed for operation as a part of gas compressor units GPA-25R-PS "Ural" and it is the most highly efficient Russian drive. Serial production has been underway since 2004.

The GTD-4 / 6.3 / 10RM set of gas turbines was created as part of the long-term cooperation program between NPO Saturn and OAO Gazprom for the purpose of modernizing the gas transmission system of Russia.

GTD-110 is a single-shaft gas turbine for gas turbine power and combined-cycle plants of high power (from 110 to 500 MW and above).

DO49R is a single-shaft gas turbine with an integrated coaxial reducer for low-power gas turbine power plants (from 2.5 to 15 MW and above).