Completed:

• Designing a 1.35MW steam turbine power plant
• Designing a water-heating boiler plant with a capacity of 50 Gcal / hour on wood chips
• Design of a 13t / h steam boiler plant on wood chips
• Construction of a boiler plant with a mini-CHP on MVT "

The general contractor has completed all the work and handed over the object “Construction of a boiler plant with a mini-CHP at MVT on the street. S. Pankova in the city of Volkovysk "to the Customer.

Construction type:	Designing a thermal power plant using biofuel, Construction of a boiler plant with a mini-thermal power plant on MVT
Equipment:	3 hot water boilers with heating capacity (10 Gcal / h - 1 pc., 20 Gcal / h - 2 pcs.) 2 MW steam boilers with a unit capacity of 6.5 t / h operating on wood chips 1 steam turbine Siemens SST - 060 with a unit capacity of 1.35 MW Accessory kit
Scope of work:	In the course of this project, it was necessary to carry out work on the construction of a building consisting of a boiler room, administrative premises for a boiler room and a mini-CHP.
Location of the object:	Volkovysk city, Republic of Belarus

Our design institute was tasked with performing a full range of works for the implementation of this project.

Scope of work performed

Development of design documentation (design of TPPs using biofuel) was carried out in one stage "Construction" project with subsequent examination.

In the course of this project, our design institute has developed a building consisting of a boiler room, administrative premises of a boiler room and a mini-CHP.

The building is made of frame, prefabricated metal structures with three-layer insulation. External enclosing structures - panels of the "Sandwich" type with non-combustible mineral wool (basalt) insulation and with a factory finish.

A woodchip storage shed with automated feeding and automated ash removal is provided.

The economic effect during the implementation of the project for the installation of energy-efficient boiler and power generating equipment is achieved by replacing the use of natural gas with local fuels for generating heat and electricity, reducing the specific fuel consumption for generating electricity in the entire power system, and reducing the specific fuel consumption for the supply of thermal energy.