The station is heating the coolant (SHC)

The station is heating the coolant (SHC)

In a wide variety of production processes where production is associated with heat transfer at high temperatures, this can be done by traditional methods using superheated water and steam. The use of water and steam generally involves significant operating costs, maintenance costs and the high cost of the equipment included in the control system, due to the need for pre-treatment of the water used.

The use of organic heat carriers-thermal oil, is an alternative and very convenient solution to achieve high temperatures at very low operating pressure for different heat consumers in the production process.

Thermal oil heating systems have a lot of advantages in addition to high efficiency when operating in the usual temperature range of 150-300°C, in thermal oil heating systems, the available pressure is created only by circulating pumps for pumping thermal oil. The organic heat carrier circulates in closed circuits and remains for many years of operation (with the correct observance of the temperature regime of its operation), which leads to low cost of maintenance and operating costs.

We offer the latest systems and installations for heating the heat carrier with the burners working on any types of fuel.

Schematic view of the coolant heating station

1 – burner;

2 – control cabinet;

3 – exhaust gas temperature sensor;

4 – the release of gases;

5 – the furnace;

6 – line oil temperature sensor;

7 – bimetallic thermometer;

8 – expansion tank;

9, 10 – oil pump;

11 – flange connection D-80 – oil delivery for heating bitumen tank;

12 – connecting flange D-80 – return line;

13 – main tank;

14 – mud trap filter;

15 – frame carrier.

Photo of coolant heating station