HIPPOTRON® HOTMore useful heat from the existing system.
Benefits of HIPPOTRON® HOT
Potential for higher heat transfer efficiency
without automatically replacing boilers or main heat exchangers
Lower specific energy consumption
for example m³ of gas/GJ or kWh/GJ at a comparable output
More stable temperature difference and hydraulics
in a suitably chosen circuit
Lower service burden
where the condition of the liquid and deposits impair the functioning of the equipment
How does HIPPOTRON® HOT work?
The technology acts on the water in a liquid circuit that carries heat.
1. Water
Water or another liquid medium in the selected circuit of a boiler room or heat exchanger station.
2. HIPPOTRON® HOT
The device is integrated into the circuit and acts on the medium flowing through it.
3. Factory
The treated medium transfers heat in an industrial boiler room or in production.
4. Heating buildings
Pipework distributes heat to buildings and other consumption points.
HIPPOTRON® HOT is integrated into a selected liquid circuit, where a change in the behaviour of the medium can affect heat transfer, hydraulics or servicing requirements. Before installation, Boson defines the system boundary and the baseline. After installation, it compares fuel or electricity consumption at the same useful output and takes operation, weather, settings and production into account. The solution is intended for industrial and municipal boiler rooms, hot-water and high-temperature hot-water systems, heat exchanger stations, building heating and technically suitable feedwater or condensate circuits.
Technical information
HIPPOTRON® HOT is designed for the specific circuit — according to the pipe size and material, flow rate, pressure and temperature of the medium.
Show technical information
Each device is designed according to the device model, the nominal size and material of the pipework, the nominal flow, pressure, temperature, power supply, the required enclosure protection rating, the installation space and the medium. The technology works without a filter cartridge, without chemical dosing and without deliberate throttling of the flow. Chemical, steam and food-industry circuits undergo a separate materials and process assessment.
HIPPOTRON® HOT module in a protective cage on a pipework branch in the Kaufland plant room in Modletice, seen from above.
Pipe assemblies
FAQ
No. The mandatory chemical regime, blowdown, inspections and safety procedures all remain in place.
No. A reference case shows what is possible, not a universal result.
Energy consumption related to useful heat or production, complemented by ΔT, flow, operating states and servicing.
A measurement plan is prepared first; without a sufficient baseline, no hard percentage saving is published.
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