Klingenburg Gmbh

Hans Klingenburg

Peter Greil

Heino Sieber

Peter Braeutigam

Martin Moeritz

Jing Cao

Hans Peters

Thomas Westerdorf

Martin MÖRITZ

Peter BRÄUTIGAM

The invention relates to a device for conditioning an air flow() comprising a humidifying apparatus () having humidifying elements(), which are arranged in the air flow () to be humidified in the humidifying apparatus(), can be loaded with pressurized water, and are made of a fluid-permeable, porous, preferably hydrophilic material. In order to increase the efficiency of the humidification of the air flow() in the humidifying apparatus (), the humidifying elements() of the humidifying apparatus() loaded with pressurized water are designed with regard to the cross-section thereof in such a way that the peripheral surface or outer surface of the humidifying elements exposed to the air flow() to be humidified can be uniformly contacted by the air flow () to be humidified over the entire circumference of the humidifying elements.

Device for conditioning an air flow

A sorption rotor has end faces and is rotatably journaled to travel during a revolution through an inflow sector and an outflow sector. The rotor is made of a matrix material having a honeycomb structure with axially throughgoing flow passages. The matrix material is constituted of cellulose paper modified by a ceramic material infiltrated by a sol-gel system or a gel-forming low-viscosity liquid into the matrix.

Sorption rotor

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Essen, Germany

Hans Klingenburg