TIMBER adsorption dryer

  • Dehumidification even at low temperatures
  • Energy-efficient thanks to integrated heat recovery
  • Powerful SSCR-U sorption rotors
  • Flexible use of energy (electric, steam or natural gas)
TIMBER Recusorb

All TIMBER adsorption dryer

TIMBER adsorption dryer: 3 Products
  • Construction dryer type KT95evo
    Adsorption dryer type TIMBER R-060BR
    • Dehumidification capacity: 4.6 kg/h
    • Dry air volume flow: 1,000 m³/h
    • Power consumption: 6.4 kW
  • Construction dryer type KT95evo
    Adsorption dryer type TIMBER R-061R
    • Dehumidification capacity: 10 kg/h
    • Dry air volume flow: 1,450 m³/h
    • Power consumption: 14.7 kW
  • Construction dryer type KT95evo
    Adsorption dryer type TIMBER RZ-081 to 102
    • Dehumidification capacity: up to 54 kg/h
    • Dry air volume flow: 12,000 m³/h
    • Power consumption: 74 kW
Building dryer advice

Personal advice?

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TIMBER / RECUSORB dehumidification principle

The humidity required to maintain the drying condition of the wood is practically independent of the temperature in the warehouse. Heating is therefore not advisable. K.I.R.S.C.H. uses dehumidifiers for this application to ensure constant dehumidification throughout the year, even at low temperatures. These work according to the TIMBER Recusorb principle, an energy-optimized sorptive dehumidification system. At the heart of this technology is the world’s highest quality SSCR-U rotor developed from silica gel and several metal-silicate compounds. Compared to the classic sorption principle, the TIMBER Recusorb also works with internal heat recovery. The incoming regeneration air (dark green) absorbs the residual regeneration energy of the rotor in the flushing zone, is preheated and its water content is reduced. As a result, the regeneration heater consumes less energy and the rotor is regenerated better in accordance with the lower regeneration air humidity.

The operating costs for dehumidification are very low. Alternatively, electrical energy, steam or natural gas can be used as regeneration energy, depending on availability at the site.