The Company produced the lot of embedded elementsand metal structures of different types and modifications in the construction of storage facility for spent nuclear fuel (ISF-2) on the Chernobyl nuclear power plant.
The process of laying the spent fuel in special capsules for further storage will be carried out with their help. This equipment has been thoroughly tested for conformity to product requirements for the nuclear industry.
4 safety door units – one to isolate the concrete module, three – intermediate have been manufactured as well . The doors are made using large thicknesses metal, the layer of lead shot, etc. Their weight varies within 5-13.5 tons.
In 2014 Sumy engineers designed and phasing produced 20 tanks with capacity from 0.09 to 16 cubic meters for the assembly of the first and second power units of the Belarusian nuclear power plant.
III. GAS TURBINE POWER GENERATION PLANTS
The promising trend in power engineering development is application of energy-saving technologies on the basis of gas turbine power plants, which permit essentially increasing the efficiency of organic fuel usage in the process of combined production of thermal and electric energy.
Энергетические газотурбинные установки
Having many years experience in design and manufacture of turbo compressor gas turbine driven compressor units the JSC «Sumy NPO» has mastered production of gas turbine power plants:
– Gas turbine driven cogeneration plant (GTDCP-16) provides the production of 16 MW power and 21.5 Gcal/h thermal energy.
– Combined-cycle power generation plant (CCPGP-20) comprises the gas turbine power unit (GTU) with 16 MW power and steam turbine power plant with 6 MW rated power.
Application of cogeneration plants data allows to solve the following tasks:
– utilization of casing-head gas;
– the cost reducing of electricity consumed for own needs;
– generation of emergency stand-by power;
– heating of residential-grade buildings and housing settlements.
The advantages of block-container arrangement for gas turbine zone and technical decisions, traditional for heat-and-power engineering, specified the location of the electric generator and other power generating equipment in solid building are applied in the plants design. The plant can be made completely in block-container design of full factory readiness, which considerably shorten construction and assembling work period.
The main advantages of the power plants are the following:
– the possibility of mounting in solid buildings (renovation for exiting ones) and at open platforms (block-modular design);
– mobility, the possibility for mounting in direct closeness to consumer or gas source;
– block-modular design permits to mount and to repair equipment at limited area;
– the possibility for quick switching off and starting-up of power plant within 15-45 minutes;
– automatic control system and wide diagnosing for technical conditions;
– minimum number of maintenance personnel.