Department of Industrial Heat Power Engineering Systems

Main directions of the department research areas are:

• Design and optimization of the modern energy effective heating, ventilation, air conditioning systems, water and fuel supply of industrial enterprises and public utilities.
• Work optimization and improving effectiveness of heat power engineering systems and heat equipment, development and implementation of energy – saving measures in industry and public utilities.
• Enviromental safety assessment of heat power engineering systems of industrial enterprises and public utilities.
• Mathematical modeling and optimizing the heat power engineering systems of industrial enterprises and public utilities.
• Development and research of the heat power engineering systems functioning on the base of renewable energy sourses (solar, wind, petrotermal energy, etc.)
• Development and implementation of nanotechnology in the heating and heating and building maintenance systems.
• Energy audit (complex energy examinations) of industrial enterprises and public utilities.
• Own MPEI power plant operation.

• Starting in 2019
  Theme: Researching of new type centralized heat supply system which has decreased temperature of the returned water circuit on the base of absorbtion technologies.

  Theme: Development of methods for creating ambitious new generation heat supply systems with the elements and concepts of intellectual operation.

  Theme: Development of the methodology and computer program for evaluating the technical and economic effectiveness under using hydraulic couplings and VFD.

• Starting in 2018
  Theme: Complex Air Refinery Block (CARB); researching of the influence of CARB construction on energy effectiveness of the gas – tubine installation.

• Starting in 2017
  Theme: Development of the science – based complex of measures on adaptation to climate changes, including measures in the field of decreasing greenhouse gas emissions.

Fig. 1. Stand for thermal hydraulic tests performing

Fig. 2. Stand for thermal insulation systems properties studying

Fig. 3. Stand for the heating and cooling ceiling system examinations (in cooperation with GeoClimaDesign AG, Germany)

• Bachelor degree, 4 years:

  13.03.01 – Industrial Heat Power Engineering.

• Master degree, 2 years:

  13.04.01 – Effective heat power engineering systems of industrial enterprises and public utilities.

  13.04.01 – Energy supply of industrial enterprises. Effective heat power engeneering systems.

  13.04.01 – Sustainable Thermal and Energy Systems (training in English, international)

• Postgraduate program (Candidate of technical sciences degree), 4 years :

  05.14.04 – Industrial Heat Power Engineering.

For our students and postgraduates we provide the following opportunities for international activities:

• Participation in the “Dual degree program” and training in joint educational programs in the best European universities, so putting two master's degrees in two years is real. Participants of the program might be supported by scholarship.
• Participation of students and postgraduates in foreign conferences, Olympiads and internships
• Annual international summer schools ”Energy Saving”
• Scholarships and grants for our students

Professor K. Riedle Foundation

The Department withing MPEI is a partner of the international network NESEFF and cooperates in scientific areas in the field of energy supply and energy effectiveness with 12 universities from Germany, the Czech Republic, Poland, Azerbaijan and Ukraine.

Our key points for foreign enrollees:

• we do provide studying in English
• scholarships and awards
• wide range of areas of expertise
• plenty of resources to do a profound research
• welcoming and friendly staff and tutors
• individual approach and on-going assistance
• scientific research activities, regular participation in seminars, conferences, and forums
• joint project and research activities with teachers' engagement
• communication with experts from leading energetic and engineering companies
• own dormitory for students.

Our students are welcome to participate in research projects together with local and international companies: Gazprom, RusHydro, Siemens, Mosenergo, LUKOIL and others. Always ready to cooperate!