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Our volumetric multifunctional heat exchangers work both as a buffer, a heat coupling and a heat exchanger:
- Buffer i.e. an accumulation tank to be used with solid-fuel boilers, fireplaces with water jacket, solar collectors and heat pumps.
- Heat Distributor - connects the heat sources and distributes the collected heat to a number of central heating systems and domestic hot water systems.
- Heat Exchanger i.e. a constant-flow feedwater heater with the capacity of 16 litres/min.
Benefits of using heat exchangers (click to learn more):
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CONVENIENCE |
Innovative construction and operation method which ensures that our
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heat exchangers are highly reliable and fully maintenance-free. No need to install any additional boilers, heaters or similar equipment. |
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COMFORT |
After the fire in a solid-fuel boiler goes off or after the solar collector
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system is switched off upon reaching 60ºC, our heat exchanger is capable of heating the domestic hot water for another several hours depending on the current domestic hot water consumption. Constant working temperature of a boiler and a heat exchanger ensures balanced heating of the entire central heating system. In other words, exactly the same temperature is ensured in all premises.
No effect of water ageing. No Legionella effect.
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SAFETY |
When the power is switched off or in the case of a failure of the
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central heating system pumps, provided that the heat exchanger capacity and the boiler power are properly matched and the heat exchanger is correctly installed, water exchange between boiler and heat exchanger is ensured BY GRAVITY; it allows for removal of over-temperature and for cooling down the boiler, which prevents water inside the boiler from boiling. |
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COST SAVINGS |
Majority of solid-fuel boiler manufacturers recommend, or even
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demand, that, at the continuous boiler operation, a high temperature of approx. 80ºC up to 90ºC must be maintained, which allows for better fuel combustion (at this temperature in wood-burning boilers the hold gas is generated). This ensures an increased boiler productivity, maximum operation efficiency and longer service life. Additionally, it prevents furnace tubes and chimney from being clogged.
To ensure the boiler operation as described above, the boiler must be connected to a heat exchanger, i.e. a buffer, which receives and accumulates high temperature of the boiler. After the temperature of the boiler reaches the temperature of the buffer, the boiler switches off gradually and finally stops working until the temperature starts to decrease. It proved in practice that solid-fuel boilers consume approx. 20% (and, in certain cases, even 30%) less of fuel. |
| PROFITABILITY |
Both the hot water accumulated in the buffer and constant-flow ...
heating of domestic water ensure unlimited quantity of hot water (16 litres/min) supplied in a CONTINUOUS manner, provided that the 60ºC temperature is maintained at the heat exchanger. |
| MULTIFUNCTIONALITY |
In our solution we integrate a buffer, a heat exchanger and a heat
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coupling. But that is not all... Our heat exchanger is the FIRST commercially available device which allows for simultaneous connection of many sources of heat.
For example:
First source – solid-fuel boiler, fireplace with water jacket
Second source – oil furnace, gas furnace, electric furnace
Third source – standard heat pump
Fourth source – solar collector as the source of heat for low-temperature central heating systems, i.e. floor heating.
All these devices are fully complementary and compatible, ready to supply heat to various high and low temperature central heating systems any time when such need arise. |
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