Enabling students to work on: designs, engineering, exploitation, engineering and consulting in the field of boiler plants.

Acquisition of basic knowledge about problems and methodology in solving problems of design, engineering and plant management (stationary and non-stationary in the sense of load change), engineering and consulting of boiler plants: Boiler design; fuel, static of combustion and fireplace devices; thermal calculation; aerodynamics and hydraulics; corrosion, wearing, soiling and cleaning; rationalization and testing of boiler plants; impact of boiler on the living environment and prevention against environmental pollution.

Introduction, classification of boiler, development tendencies; Fuels, contents, types and characteristics of fuels; Combustion of fuels, statics and kinetics of combustion, products of combustion; Devices for combusting solid, liquid and gas fuels. Preparation of combustion fuels; Water and vapor; Heating calculation of steam boilers; Aerodynamics of gas and air tract; Hydrodynamic processes in steam boilers; Basic elements of steam boilers; Skeleton, walling and isolation of boilers; Dynamics and control of the steam boiler; Boiler steels and strength calculation; Corrosion of boiler heating surfaces; Boilers and the environment.

Lectures, Consultations, Mentor work. Auditory Practice. Visits to the industrial plants. Knowledge is tested at the examination. Alternatively, the examination may be taken successively through two colloquiums. If the student passes only 1 colloquium, he/she takes the examination only for the part he/she didn`t pass.