Energy concepts for kiln and dryer

In cooperation with Hochschule Osnabrück – University of Applied Sciences – and within the scope of a bachelor thesis by Roman Flatau, Keller HCW has devised a system for using excess kiln air to generate electricity via a steam process. At the same time, the dryer‘s gas consumption can be markedly reduced by exploiting the resultant energy of condensation.

Based on comprehensive measurements, a cooling-zone energy balance was compiled for a tunnel kiln at a roof tile factory. The data yield enabled development of a process in precise alignment with the plant‘s own specific parameters. The...

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Issue 12/2012

Successfully completed bachelor thesis: Increasing the energy efficiency of kiln and dryer

Roman Flatau has completed his bachelor ­thesis entitled „Efficient waste heat recovery in the heavy clay industry by generating electricity from a steam process with reference to technical and...

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Issue 1-2/2011

Energy-efficient drying of bricks with the “Paraflow” dryer from Keller HCW

Since the beginning of the 1990s, Keller HCW has been successfully using Ecorapid dryers. The name is a composition of Economic und Rapid, thus meaning economic rapid drying. In times of exploding...

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Issue 10/2010

New dryer technology at Goerg & Schneider supplied by Keller HCW

The company Goerg & Schneider has invested for the future with Keller HCW. The machinery and dryer technology for the chamotte production were modified at their headquarters in Boden (Germany). The...

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Issue 11/2011

Keller HCW awarded major contract in Aomar, Algeria

In Aomar, Northern Algeria, the Keller division is building a highly modern production facility for hollow blocks and ceiling blocks for the Algerian company S.A.R.L. Mactell, with Rieter brand...

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Issue 07/2014 Bachelor dissertation completed with top mark of 1.0

Keller HCW successfully working together with Osnabrück University of Applied Sciences

Tobias Nimz has completed his bachelor dissertation in the process engineering department of Keller HCW with the top mark of 1.0. With his dissertation on “Thermodynamic examination of heat transfer...

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