HybridChiller.

The best of both worlds.

HybridChiller.

The best of both worlds.

HybridChiller
and it's functionality.
Compression for real precise cooling? Or with real efficient adsorption? Both! RIEDEL’s innovative HybridChiller combines two proven processes. Resulting in a unit which makes the best possible use of available resources – and the most efficient way of utilising waste heat to provide a cooling medium elsewhere.
Really efficient cooling from waste heat.
Most industrial plants produce much waste heat – which simply dissipates. Adsorption refrigeration utilises this energy for cooling.
Really precise cooling with electricity.
Industrial applications and complex uses require precise and constant cooling. Provided by compression refrigeration: accurate and consistent.
Waste heat free of charge from:
  • Production processes
  • Cogeneration plants
  • Production of compressed air
  • District heating
Precise refrigeration for:
  • Cooling processes in the metalworking industry
  • Cooling processes in the plastics industry
  • Cooling computer centres and IT environments

A really
perfect

combination.

Adsorption refrigeration for really efficient cooling utilising waste heat – and compression refrigeration for really precise cooling. RIEDEL has combined the best of both worlds in one innovative unit. Perfectly coordinated: the input from the two technologies varies according to the refrigeration required and the available waste heat output. As efficient as possible, as precise as necessary! The HybridChiller requires an available source of waste heat at a temperature between 55 and 95 °C. It can then provide constant refrigeration within a temperature range from 8 to 20 °C to an accuracy of +/−2 K.
60%
… of the operating power from cogeneration plants becomes waste heat – and should be utilised.
Really efficient,
exact,
easy.
96%
… of the energy used to produce compressed air is converted into heat.
+/- 2 K
With an accuracy of plus/minus two Kelvin the HybridChiller cools within a temperature range from 8 to 20 °C.
55-­95˚C
… is the optimal waste heat temperature for the HybridChiller.
-80%
Up to 80 percent…
… reduction in power consumption achieved with combination of adsorption and compression.
1
Everything in one unit instead of having to install several refrigeration systems from different manufacturers for different technologies.

Efficient.
Exact.
Easy.

Your benefit: "the three "e"

Really
efficient.

  • Using free waste heat as an energy source.
  • 80 percent lower power consumption.
  • Short payback period.

Really
exact.

  • Constant refrigeration by regulating fluctuating ambient and load temperatures.

Really
easy.

  • Everything in a single unit.
  • Quick to install.
  • Low maintenance.
  • Flexible application.

Real savings in the long term!

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