FISONIC trade mark belong to products made by St.Petersburg's company FISONIC. Author of this patented technologies is Prof. Fisenko V.V. Faraday Lab ordered from FISONIC demonstration device to tests and develop technology of high efficient heating of water and air. Small 1Kw unit was produced to be tested. Photo Fig. 1 is general view of the device.

Electrical boiler 1 is working powered by 220VAC. Hot vapor and cold water are joined in mixer 6 to produce hot water. Pump 2 provide motion of water. The fan (Fig.2) provide air flow in heat exchanger 3. Temperature of incoming air is measured by electronic thermometer.

The basis of high efficiency operation is high pressure vapor, which energy is transforming in energy of hot water by special mixing process, patented by Prof. Fisenko.

Fig.2 The fan

Hot air output 4 is connected with temperature control 5. The mixer is shown on photo Fig.3

Fig.3 The mixer

Hot vapor 1 is moving to supersonic mixer and joining with clod water flow 2 to produce hot water flow 3. Inner design of the mixer is not discovered here, in short it is T-shape pipes with special nozzle to provide supersonic cavitations processes.

Faraday Lab tested efficiency of this equipment in different modes of operation. Skeptical calculations let us idea that efficiency is about 107% - 120%. Main aspects to be verified is productivity of the fan unit. Technical data from fan producer allow to conclude that total efficiency of FISONIC heater is about 500% but it seems to be mistake since real productivity of the fan unit is several times less if it is working in heat exchanger instead of open air mode. Future measurements of air productivity of the fan unit allow to determine real efficiency of this method. Also it is necessary to provide more high pressure vapor in the pipes to increase efficiency and this aspect require changes in design of the device.

We are looking for partners to develop this research topic to complete measurements of efficiency of this device. Special equipment to measure air flow productivity (cubic meters per hour) of the fan unit is necessary.

Independent testing in your laboratory also is possible and if you'd like to test this equipment in your lab, please contact us. Experimenting with 1KW unit let you full understanding of the technology to develop future production process.

Alexander V. Frolov
Faraday Lab Ltd