Energy

T1 Integration performs a complex of works on engineering-geological surveys and development of design estimates documentation, as well as work on supporting documentation during the examination.

During the reconstruction of the boiler room, an expansion will be made the existing building with the installation of five new thermal boilers with a capacity of 13 MW each, five modern burners, four of which are dual-fuel, and the installation of an energy-efficient auxiliary equipment. The project will increase boiler capacity from the current 19 MW to 65 MW - almost 3.5 times.

The current electric capacity of Mogilev CHPP-1 is 21.2 MW, installed thermal capacity of turbine selections - 149 Gcal/hour. To increase the reliability of heat generation and power supply, as well as efficiency of use The reconstruction of fuel and energy resources provides for installation of a gas turbine with an electric capacity of 30 MW with automated emission control system on the smoke the pipe of a heat recovery boiler producing 40 tons of steam per hour. The total efficiency of the gas turbine plant will be 36.5%. Fuel for GTU is natural gas.

The technological scheme of the CCGT is a power unit, consisting of a gas turbine unit manufactured by General Electric, two booster gas compressors and heat recovery boiler, pump-shut-off valves, hydraulic lock chemical water treatment plants. The PSU is designed to work in heating mode and is integrated into the existing the technological scheme of the boiler room with steam output to the general the highway.

For the first time, the boiler house of the city of Mogilev will be equipped with modern combined-cycle gas plant for generating electricity and heat energy with a high efficiency , followed by transfer to the Belarusian energy system. Before reconstruction the boiler house produced 160 GCal/h of heat without generating electricity. After the reconstruction, the facility will generate 10% more heat and an additional 18 MW of electricity per year. hour. The overall efficiency of the CCGT will be 82%.

The technological scheme of the CCGT is a power unit, consisting of two gas turbine units manufactured by Siemens, two booster gas compressors and two heat recovery boilers with steam turbine. The PSU is designed to work in heating mode and is integrated into the existing the technological scheme of the boiler room. Within the framework of the contract "T1 Integration" will perform a full range of works on the project, including design, purchase of equipment, testing of equipment at the factory, installation, commissioning, start-up tests and training of the customer's personnel. The full range of work on the project is planned to be completed in 18 months.

T1 Integration performs design and construction of 2 boiler houses with a capacity of 12.5 MW with laying more than 2.5 km of new heating networks with the use of pre-insulated pipelines. The main fuel for the boiler room equipped with five hot water boilers is coal of the Zyryansky coal mine. Provided fully automatic boiler room operation and fuel supply to boilers.

T1 Integration carried out the delivery in a short time and fulfilled complex of works on installation and commissioning of diesel generators installations (DGS) to provide backup power supply republican, regional and regional radio transmission centers RTRS on the territory of 82 regions of Russia - from Sakhalin to Kaliningrad. The capacity of the DSU ranges from 10 kW to 2.5 MW.

The complex of works performed by T1 Integration included delivery to RTRS facilities of fully equipped FG Wilson diesel generator sets with a capacity from 15 to 250 kVA, depending on the facility, installed in all-weather conditions containers, with automatic load switching panels. T1 Integration also developed and agreed on the project documentation in the relevant supervisory authorities.

T1 Integration performs a comprehensive project for the supply of, installation, commissioning and commissioning of 3 turbo expanders DGA-5000 installations at the Syrdarya thermal power plant. Total capacity the power unit is 18 MW. The new equipment will allow significantly reduce the cost of electricity generated. Within the framework of the project "T1 Integration" organizes training of TPP personnel skills in the operation of turbo-expander installations.

For Talimarjan TPP "T1 Integration" performs a project on implementation of the DGA-5000 turbodetander unit with a capacity of 6 MW with the purpose of increasing the energy efficiency of the enterprise and reducing the cost of electricity generation. The project is being implemented "under key": delivery, installation, commissioning, commissioning.

T1 Integration has carried out the design of an energy center on the territory of the special economic zone of tourist and recreational type (SEZ) "Turquoise Katun" in the Altai Territory. Energy Center designed to generate electricity from natural gas and thermal energy to fully meet the needs the economic zone with a total area of 3326 hectares. "T1 Integration" approved the project documentation in the relevant organizations and provided technical support for the project during the passage state expertise.

In accordance with the technical specification, the power center is designed taking into account the phased commissioning of capacities. Maximum calculated The thermal capacity of the facility is over 39 Gcal/hour (45 MW), and the electrical capacity is 25 MW. The power unit consists of 4 gas piston generator sets with a two-stage system heat recovery, 5 gas turbine generator sets, 5 heat recovery boilers, peak hot water boiler house, 4 gas booster compressors, high-voltage switchgear RU-10.5 kV, backup and emergency diesel generator sets.

T1 Integration designed, built and prepared for operation an energy center for the Ural Clinical medical and rehabilitation center in Nizhny Tagil. Power unit it is built on the basis of 4 gas piston generator sets (GPGS) FG Wilson PG-750B with a two-stage heat recovery system, it also includes an absorption refrigeration unit, switchgear RU-0.4 kV and emergency diesel generator set. Total electrical power the system is 3 MW, and the thermal capacity is 4.5 MW.

The power unit operates in the trigeneration mode, as much as possible energy-efficient consumption of natural gas for generation electricity, heat and cold, and provides parallel work with IDGC power grids.

The power center is located in a detached building with an area of 750 sq. m, equipped with all necessary engineering systems. Thanks to comprehensive automation, including the implementation of automated remote control system, and the system dispatching the power center does not require constant presence service personnel.