Introduction to the classical structure of thermal plants and air conditioning machines (right-turn and left-turn circular processes), and processes with mixtures.

Acquisition of basic knowledge for solving technical problems of thermal energy and designing heating machines and plants.

Real gases and vapors, water vapor, determination of water vapor state conditions, thermodynamic tables and water vapor diagrams, Mollier diagram for water vapour; Processes with water and steam; Rankin - Clausius cycle, modified Rankin - Clausius cycle; Methods for improving the Rankin-Clausius cycle. Mixtures of ideal gases; Dalton's law. Humid air; Properties of the humid air; Mollier h-x diagram for humid air. Dew point temperature; Wet bulb temperature; Processes with humid air. Counterclockwise cycles; Chillers; Compressed air chilling machine. Vapor-compression chillers; Heat pumps; Methods for improving cooling cycles; Tables and diagram for ammonia. Introduction to heat transfer; Heat conducting. Heat transfer, overall heat transfer. Heat exchangers.

Lectures and Auditory Practice. Practice accompanies lectures and includes high level of student independency in solving problems.