• Overview of basic energy equipment
• Industrial furnaces. Separation of furnaces according to the technological purpose, according to the heat source, according to the working space. Efficiency of furnaces.
• Melting furnaces - blast furnace, cupola, converter, tandem furnace, electric arc furnace.
• Heat treatment furnaces - continuous and folding furnaces.
• Induction and electron furnaces.
• Glass furnaces.
• Chamber furnaces, tunnel, shaft, carousel, rotary.
• Furnaces linings - overview of refractory materials designed for furnaces linings.
• Fundamentals of the theory of combustion, stabilization of the burning queue, limits of ignition, activation of combustion reactions, activation energy and ignition temperature. Inhibitors and burning catalysts.
• Burners for gaseous, liquid and solid fuels, characteristics and calculations of basic types of burners, classification of flame properties, heating systems and their applications in practice.
• Industrial burners of injector, with flow mixers, whirling, radiant, pulse, regenerative, regenerative. Ignition, stabilization and pilot burners. Low-emission burners.
• Regulation of the power and combustion ratio of gas burners.
• Temperature and pressure measurements in furnaces and piping systems. Flow measurement.
• Transit pipelines, compressor stations.
• Basic equipment for the preparation of raw materials in power engineering.
• Boilers - fluid, powder, grate.
• Industrial furnaces. Separation of furnaces according to the technological purpose, according to the heat source, according to the working space. Efficiency of furnaces.
• Melting furnaces - blast furnace, cupola, converter, tandem furnace, electric arc furnace.
• Heat treatment furnaces - continuous and folding furnaces.
• Induction and electron furnaces.
• Glass furnaces.
• Chamber furnaces, tunnel, shaft, carousel, rotary.
• Furnaces linings - overview of refractory materials designed for furnaces linings.
• Fundamentals of the theory of combustion, stabilization of the burning queue, limits of ignition, activation of combustion reactions, activation energy and ignition temperature. Inhibitors and burning catalysts.
• Burners for gaseous, liquid and solid fuels, characteristics and calculations of basic types of burners, classification of flame properties, heating systems and their applications in practice.
• Industrial burners of injector, with flow mixers, whirling, radiant, pulse, regenerative, regenerative. Ignition, stabilization and pilot burners. Low-emission burners.
• Regulation of the power and combustion ratio of gas burners.
• Temperature and pressure measurements in furnaces and piping systems. Flow measurement.
• Transit pipelines, compressor stations.
• Basic equipment for the preparation of raw materials in power engineering.
• Boilers - fluid, powder, grate.