Our compressed air producing waste heating power station

Thanks to our DeVeTec technology, there is the unique possibility of driving the air compressor directly with the piston expander of your heating power station. In direct comparison with other methods of compressed air production, the advantages become clearly apparent:

Three sizes are available for the production of compressed air. For larger quantities of heat, it is also possible to combine several heating power stations, even with different uses:

Each heating power station is equipped with the exact air compressor that enables the use of compressed air at your particular site:

The pressure level is selected so that our compressed air-producing heating power station can primarily feed compressed air into the compressed air network.
The compressed air conditioning is part of the heating power station and is executed according to your individual customer specifications.
The oil-free compressed air production is a natural part of our range of services.
It is possible to use the heat from the compressor cooling.

COOPERATION WITH ATLAS COPCO

As a rule, our heating power stations are equipped with compressors and suitable compressed air conditioning from the world market leader Atlas Copco. Very good experience has been gained with the combination of the piston expander with the oil-free compressors of the Z series from Atlas Copco:

Atlas Copco compressors - in use at compressed air-producing DeVeTec waste heat power plant

SUSTAINABILITY OF OUR COMPRESSED AIR-PRODUCING HEATING POWER STATION

Every heating power station reduces the CO₂ emissions:

Displacing conventionally electric-powered compressed air reduces the amount of electricity drawn from the transmission grid. The CO₂ emissions associated with electricity production can thus be avoided.
The use of the useful heat from our waste heating power station leads to a reduction in the purchase of fossil fuels, such as natural gas or fuel oil, and thus to a reduction in the emissions generated during combustion.