Reconstruction of the heat input of the university

In the main building “B” NURE with a standard load of 4.8 Gcal/h operates a modernized central heating and hot water supply. The payback period of the equipment was 1 thermal season and 2 months of the next (8 months of operation) with savings of 25-30% of coolant consumption. These indicators and a significant improvement in the quality of heat supply were achieved due to the introduction of a set of advanced technical solutions in the field of heat supply, namely:

  • application of an independent heat supply scheme with forced circulation, which gives an even distribution of thermal energy between consumers in the system without overheating and cooling;
  • the use of efficient high-speed plate heat exchangers Alfa Laval at the entrance to the independent circuit, which ensures minimal heat loss during transportation to consumers (≈1%);
  • thermal insulation of the pipe system;
  • introduction of high-quality weather-dependent regulation in the heating system, which ensures the optimal consumption of the coolant when performing the temperature schedule of the coolant supply;
  • introduction of a modern group control system for efficient Wilo circulating pumps with the possibility of changing the circulation speed and organizing a schedule of switching within the group;
  • modernization of the alarm system.

Reconstruction of the heat input of the university Reconstruction of the heat input of the university Reconstruction of the heat input of the university Reconstruction of the heat input of the university